1 
 
 ■ 
 
 1 
 
 ■ 
 
 I 
 
The person charging this material is re- 
 sponsible for its return on or before the 
 Latest Date stamped below. 
 
 Theft, mutilation, and underlining of books 
 are reasons for disciplinary action and may 
 result in dismissal from the University. 
 
 University of Illinois Library 
 
 JUN 15 
 
 MAR 8 
 
 1969 
 2006 
 
 L161— O-1096 
 
HIGH SCHOOL SCIENCE CLUBS 
 
 By 
 
 Louis A. Astell 
 Advisor, Illinois Junior Academy of Science 
 
 and 
 
 Charles W. Odell 
 Assistant Director, Bureau of Educational Research 
 
 TtBCT 
 
 BUREAU OF EDUCATIONAL RESEARCH 
 BULLETIN No. 60 
 
 Price Fifty Cents 
 
 COLLEGE OF EDUCATION 
 UNIVERSITY OF ILLINOIS 
 
UNIVERSITY 
 OF ILLINOIS 
 
 6000—4-32—1936 " PRCSS " 
 
37£ 
 
 b b - 6> / 
 
 PREFACE 
 
 Recently the extra-curricular activities of our schools 
 have been receiving much attention. This is as it should be 
 because they make important contributions to the education 
 of boys and girls. In order to capitalize fully the possibili- 
 ties of these activities wise direction by the teachers and by 
 the school in general is essential. This study of science 
 clubs in high schools is presented in the hope that the infor- 
 mation collected will be useful to teachers and high-school 
 principals. The annotated bibliography will be of service to 
 those who desire to study the topics further. 
 
 Walter S. Monroe, Director 
 
 93 1 906 
 

TABLE OF CONTENTS 
 
 PAGE 
 
 Chapter I. Introduction 7 
 
 Chapter II. Purposes, Rules, and Regulations 9 
 
 Chapter III. Activities 16 
 
 Chapter IV. Some General Principles Relating to 
 
 Science Clubs 25 
 
 Chapter V. Annotated Bibliography 36 
 
HIGH SCHOOL SCIENCE CLUBS 
 
 CHAPTER I 
 
 INTRODUCTION 
 
 Plan of this bulletin. This bulletin consists of three parts. The 
 first is an account of the science clubs reported by teachers of science 
 in Illinois high schools during the school year, 1930-31. Two chapters, 
 the second and the third, are devoted to this account. Chapter II deals 
 with the general purposes of the clubs and their rules and regulations 
 concerning such points as membership, officers, meetings, dues, and 
 other more or less formal matters. Chapter III is primarily concerned 
 with the programs and other activities of the clubs. The second part 
 of the bulletin, Chapter IV, contains comments on the science clubs 
 described in Chapters II and III and offers suggestions concerning 
 such clubs in general. Chapter V, the third part, contains an anno- 
 tated bibliography dealing with the subject. Of the two authors, Odell 
 is primarily responsible for the first part, and Astell for the second. 
 The bibliography was assembled by Astell and put into its published 
 form by Odell.* 
 
 The collection of data concerning science clubs in Illinois high 
 schools. During the school year, 1930-31, a letter was sent to every 
 science teacher named in the lists of high-school teachers in the "Illi- 
 nois School Directory" for that year. This letter requested that 
 wherever a science club of any type existed either the teacher ad- 
 dressed or someone else should send a description of it and its activities 
 to the Bureau of Educational Research. Ten or twelve particular 
 points were specified about which information was desired, and, in 
 addition, teachers or others were asked to supply any other infor- 
 mation that seemed worth while giving. Responses were received 
 from about one hundred schools, of which about fifty reported clubs. 
 In addition to a few descriptions of clubs in agriculture and other fields 
 not included within the study, usable reports were received from forty- 
 seven schools and described a total of fifty-five different clubs. Of 
 these schools two reported three clubs, four, two clubs, and the re- 
 mainder, one club each.' Five of the six that reported more than one 
 science club are distinctly large high schools, three of them being in 
 Chicago. The descriptions of the clubs received ranged from brief 
 enumerations of a few facts concerning them to accounts several 
 pages in length plus, in a number of cases, mimeographed or printed 
 material. 
 
 'Valuable assistance was given T. T. Hamilton, Jr., of the staff of the Bureau of 
 Educational Research, in checking the bibliography and preparing it for publication. 
 
8 Bulletin* No. 60 
 
 There were undoubtedly other science clubs than those reported 
 in operation in Illinois high schools in 1930-31. The writer will not 
 venture to make an estimate of the total number in the state, but from 
 his knowledge of the situation he believes it probable that most of the 
 existing science clubs, especially the more vigorous ones, were re- 
 ported. Although many of the responses were not complete enough 
 to give all the desired information, the writer believes that on the 
 whole the data collected provide a reasonably satisfactory picture of 
 the science clubs now existing in Illinois high schools. 
 
 Several of those responding to the letter of inquiry stated that in 
 their schools there were no formal science clubs with organizations 
 but that either during regular class periods or at other times many of 
 the activities commonly engaged in by clubs were carried on. When 
 the meetings are not in regular school time, there is no stated member- 
 ship list but all who are interested may attend. Usually meetings are 
 called by the teacher whenever he sees fit to do so. In some schools 
 pupils suggest that meetings be held. From the quite informal organi- 
 zations reported by some of the clubs it appears that the line of de- 
 marcation between what is a club and what is not is not easv to set. 
 
CHAPTER II 
 PURPOSES, RULES, AND REGULATIONS 
 
 Score and purpose. From a rather narrow standpoint the scope 
 of the clubs reported is well indicated by their names, although from 
 other information given it is apparent that names are not always 
 accurate indices of the characters of the clubs. Twenty-four of the 
 fifty-five clubs appear not to be limited to any particular subject or 
 branch of science but to deal with the field of science as a whole. Of 
 the others, five each are called biology clubs, nature-study clubs, and 
 physical-science clubs. The first two, presumably, do not differ a great 
 deal in their fields of interest. From one to four clubs appear by their 
 names to be devoted to each of the following more specialized fields: 
 aeronautics, astronomy, botany, chemistry, general science, geology, 
 photography, physics, and zoology. 
 
 The fact, stated in the preceding paragraph, that the names of 
 some of the clubs do not accurately indicate their purpose is due chiefly 
 to two causes. One is that in some cases the interest of a club centers 
 around a small portion of the total field indicated by its name. Thus 
 one of the so-called physics clubs appears to devote its attention en- 
 tirely, or almost entirely, to photography, and one of the zoology clubs 
 limits its field to birds. The second cause is that the purpose of several 
 clubs bearing names of single science subjects is definitely stated to 
 deal with other sciences than the one indicated by the name. There- 
 fore, although the name is ordinarily that of the subject which the 
 members have studied or are studying, the chief purpose of such clubs 
 is to broaden the scope of scientific interest in other subjects. 
 
 The purposes of the clubs in their various fields, whatever they 
 are, are stated in a number of ways. The most common aim mentioned 
 is that of arousing general interest and appreciation; others given are: 
 to keep up with the progress of modern science, to study the applica- 
 tions of science in industry and elsewhere, to correlate science with 
 school and life activities, to become acquainted with science courses 
 offered in the schools, and so forth. In addition, a number of the clubs 
 state aims that are not particularly connected with science. Examples 
 of this are: to promote high scholarship, to develop friendship among 
 pupils and teachers, to promote general intellectual development, to 
 discover pupils of unusual ability, to "boost" other high-school organi- 
 zations, and, as one pupil officer writing concerning a club expressed 
 it, "to have fun." 
 
 A more complete idea of the significance of the various purposes 
 stated will be gained by reading Chapter III. which is devoted to the 
 
10 Bulletin No. 60 
 
 activities of the clubs. However, it seems well here to give in full, 
 or approximately in full, the lists of purposes of several of the clubs 
 which have evidently given unusual attention to the matter and have 
 developed such lists. Thus one club states its particular purpose to 
 be to attract birds, to feed and to protect them, and to support legisla- 
 tion favorable to them, and its more general purposes, to increase schol- 
 arship, to stimulate interest, to create appreciation, to increase knowl- 
 edge of the progress of modern science, to acquaint pupils with the 
 courses offered in science, and to stimulate friendship among pupils 
 and teachers. Another club lists seven purposes in its constitution. 
 These are: to report and discuss topics of scientific interest, to further 
 interest in biology, to volunteer to further any organization in the 
 high school, to learn to appreciate this world, to learn by doing, to 
 promote higher standards of efficiency, and to promote friendship 
 among students taking the same course. In another club the purpose 
 is given as the stimulation of interest in better scholarship, the promo- 
 tion of participation in intellectual contests, the encouragement of 
 participation in scholarship examinations, the visitation of local in- 
 dustries where scientific processes are being employed, the reporting 
 of the findings in English, and the demonstration of experiments. Still 
 another statement of purposes, as given in the initiation ceremony of 
 a club, lists the creation and fostering of interest in science, the main- 
 tenance of the scientific spirit, the furtherance of scientific methods, 
 the promotion of friendly relationships among those engaged in scien- 
 tific work, assisting in investigations, making known through discus- 
 sions the material, educational, and other resources of the common- 
 wealth, and the finding in these activities of the vital correlation be- 
 tween the scientific, the social, and the moral activities of the school 
 and the community. 
 
 Typical of the briefer statements of aims are ''to further interest 
 in and promote investigation of matters relating to present-day equip- 
 ments and experiments in all branches of science." "to arouse interest 
 in nature study," "to maintain interest in biology and its problems," 
 "to broaden interest and knowledge of related sciences," and. in the. 
 case of a club which has changed its aims, formerly, "to have snappy, 
 interesting programs quite different from school life." but now "to 
 further advanced students seholastically and intellectually." 
 
 Eligibility to membership. The provisions as to who may be- 
 come members of the clubs vary a great deal in different schools. The 
 most common provision, which, however, is found in only about one- 
 tit th of the clubs, is that any one interested may become a member. 
 In two or three clubs they must do so at the beginning of the semester 
 or must be interested enough that the}' agree to participate in programs. 
 Presumably, few pupils who are not or have not been in a science 
 course are interested enough to join most clubs. The next most com- 
 
High School Science Cluu^ 11 
 
 mon provision is that any pupil who is taking or has taken science may 
 join. In the case of clubs in particular sciences memberships is usually 
 limited to the science with which the club is concerned: that is, if it 
 is a physics club in question the applicant must have taken or be 
 taking physics, and similarly with others. In a few clubs membership 
 appears to be limited to those who are taking science at present, so 
 that those who may have had such courses in the past but are no 
 longer carrying them are not now eligible. 
 
 Apart from the requirements stated above there are no others that, 
 in full details, are common to more than three of the clubs. Many of 
 the same provisions appear in the requirements of the various clubs, 
 but are combined with others in different ways from club to club. 
 Among these requirements which exist either singly or in combination 
 with one or more others requirements are: making passing marks in 
 science or in all subjects, making passing marks in three subjects, 
 making certain specified marks considerably higher than passing in 
 science or in all subjects, membership in the freshman class, sophomore 
 or higher standing, junior or higher standing, the doing of an indi- 
 vidual project in science, membership in a second-year science class, 
 recommendation by the teacher, election by the members, and lack of 
 membership in any other school club. 
 
 In three cases it was stated that all members of a given class auto- 
 matically become members of the club. In several others where this 
 was not stated, it appeared from other information given that this was 
 the case. In some such cases club membership appears to be required, 
 whereas in others it is stated that, although all members of the class 
 automatically become members of the club, they may be excused from 
 attending if they desire. In some of these cases in which all members 
 of the class are considered in the club, it appears that a club meeting 
 is scarcely more than another meeting of the class and frequently takes 
 place at the regular class period. 
 
 A few of the clubs have different classes of members, but in most 
 this feature does not appear to exist. Thus one has active and asso- 
 ciate members, the latter being those who are interested but cannot 
 attend meetings. Except for doing so they assume the same obligations 
 as active members. Another elects a limited number of honorary mem- 
 bers from among pupils or others. In a few, teachers are elected honor- 
 ary members. In several cases alumni membership is provided for, 
 sometimes accompanied by a provision for a single fee for permanent 
 membership. In one school no club may contain both boys and girls, 
 but separate clubs exist for the two sexes. 
 
 In several cases clubs are not satisfied with requirements for en- 
 trance alone, but also have them for the maintenance of membership. 
 Such requirements are in terms of either school marks in science or 
 in all subjects, or of activity in the club. For example, in one club a 
 
12 Bulletin No. 60 
 
 pupil must make ten points per month to maintain membership, these 
 points being earned by activity in the club; in another he must not 
 have more than three unexcused absences from meetings ; in another he 
 must appear on the program at least once a semester. Usually members 
 who are dropped for not meeting requirements may be reinstated if 
 they make up their deficiencies. 
 
 In a few cases higher requirements are stated for officers than for 
 members. Thus in one or two clubs in which marks have no connec- 
 tion with membership, officers must be doing passing work, and in one 
 or two others in which all members must be doing passing work, offi- 
 cers must reach a standard somewhat above that. 
 
 In most reports nothing was stated about the membership of teach- 
 ers, but in a few clubs, most of which are in quite large high schools, 
 it is definitely provided that only those teachers elected by the club 
 may become members. 
 
 Size. The size of the science clubs reported varies from 7 to 465 
 active members. It is noteworthy that the club having only seven is 
 an honorary club with rather high requirements in a fairly small 
 school, whereas the one with 465 members, though not an honorary 
 club, includes in its requirements for membership the making of one 
 of the two highest marks given in the school. It exists in a large high 
 school and has over fifteen hundred alumni members in addition to 
 the active ones. 
 
 The general trend in the size of clubs is from about twenty or 
 twenty-five to fifty. This range includes well over half of those re- 
 porting membership figures. Only two in addition to the one mentioned 
 above reported more than one hundred members, and only three in all, 
 less than fifteen. 
 
 It appears that in the majority of the clubs there is no stated 
 limitation in the size of the membership, but about one-third of those 
 that reported membership figures stated that they have such limitations. 
 In these, the maximum number of members varies from twenty-five 
 to one hundred. The one club with a limit of one hundred is, however, 
 the only one with a limit greater than sixty, and it was stated that this 
 limit of one hundred was to be reduced. 
 
 Organization. The portions of the reports concerning the de- 
 tails of organization were not so full as were those concerning most of 
 the other topics dealt with in this chapter. They do serve, however, to 
 give a fairly good idea of the general trend in this regard. Most of 
 the clubs elect four officers — president, vice-president, secretary, and 
 treasurer. Several have only three, either combining the duties of the 
 secretary and treasurer or electing no vice-president. One or two clubs 
 appear to have no officer except a president or chairman, and one or 
 two others, only two, a president and a secretary. No other officers 
 than the four already named are very frequently chosen. A few of 
 
High School Science Clubs 13 
 
 the clubs, however, reported sergeants-at-arms, reporters, and editors. 
 Practically all appear to have program committees, but other commit- 
 tees, especially standing ones, are not numerous. The others named are 
 on membership, attendance, publicity, records, collections (of clippings, 
 specimens, curios, and so forth), constitution and by-laws, affiliations, 
 and club pins. In most clubs officers and committee members serve for 
 either one semester or one year, but in a very few the term of office 
 is less than a semester. 
 
 The report from one school stated that although there was con- 
 sidered to be but one club, each of the several sections of the class in 
 connection with which it was organized elects its own complete set of 
 officers. Despite the cooperation between sections, this situation should 
 perhaps be described by saying that there are several clubs rather than 
 only one. It was, however, counted as one in the figures given in 
 the first chapter. 
 
 A few of the clubs have an organization that provides for division 
 into units or into other groups. Thus, one club which as a whole is 
 devoted to the general field of science reported units dealing with 
 chemistry, stamp collecting, photography, and birds and nature. Ap- 
 parently each member works in the unit dealing with the field in which 
 he is most interested. 
 
 It appears that in general the clubs have no initiation fees but do 
 collect dues from their members. Xone of the few initiation fees re- 
 ported exceed seventy-five cents, and in connection with the one of 
 this amount no later dues are charged. The most usual amount of dues 
 is twenty-five cents per semester, and in comparatively few cases is 
 there any great variation from this amount. Some clubs provide differ- 
 ent amounts of dues for different classes of members. The most elabo- 
 rate scale of dues of this sort reported provides that sophomore mem- 
 bers shall pay thirty-five cents a year, junior members, ten cents a 
 year, senior members, five cents a year, graduates, a single payment 
 of fifty cents for life membership, and faculty members, forty cents 
 per year until they have paid two dollars, after which no further dues 
 are expected from them. 
 
 Few of the clubs mentioned formal constitutions and by-laws, but 
 probably many of the clubs do have them. The reports from most 
 clubs gave no information as to whether or not officers were eligible to 
 reelection. In some instances, however, it was specified that an officer 
 may not be elected to any office that he has held before ; in others, that 
 he may not be so reelected for successive terms ; and in others, that he 
 may not be reelected more than once. The general tendency appears to 
 be against the continuance of pupils in the same office for more than 
 one period of a semester or year. 
 
 Sponsors. In addition to the pupil officers mentioned in the pre- 
 ceding section practically every club has one or more faculty sponsors 
 
14 Bulletin Xo. 60 
 
 or advisors. The usual practice is to have only one, although a few 
 clubs have more, four being the largest number mentioned. In some 
 clubs it appears that the sponsor is elected as frequently as are the 
 other officers and thus changes from time to time, whereas in others, 
 when a sponsor is once chosen he appears to act in that capacity as long 
 as he is willing, or until he leaves the school. 
 
 In most schools the sponsor is the only faculty member in any way 
 responsible for the club, except as the principal or superintendent may 
 assume a general responsibility. In a few of the larger schools an 
 assistant principal, dean of girls, or other official, exercises some gen- 
 eral supervision. 
 
 It appears that in many clubs there is no formal election of a 
 sponsor. The situation is often rather that the sponsor is the only 
 science teacher in a small school, or the only teacher of a particular 
 branch of science in a larger school, and therefore it is taken for 
 granted that he will be the sponsor. In many cases the sponsor has 
 suggested the idea of a club and organized it and accordingly con- 
 tinues to advise it without any suggestion of a change being made. 
 There are, however, some clubs in which sponsors are elected by the 
 members. In a very few cases they are appointed by the principal, and 
 in one case it was reported that the school instructors are allowed to 
 choose the clubs they wished to sponsor. 
 
 In general the authority of the sponsors is exercised indirectly 
 rather than directly. In a few clubs the sponsors preside over at least 
 a portion of the meetings, prepare the programs with little or no as- 
 sistance from the pupils, and in other ways directly control activities, 
 but these instances are the exception rather than the rule. The sponsor 
 is frequently a member of the program committee, sometimes of other 
 committees. In general, however, it appears to be the purpose of the 
 sponsors to encourage the pupils to assume the direction of the clubs 
 and to do at least most of their own planning. Not infrequently the 
 arrangement is that program committees and others do their work 
 without formally consulting the sponsors, but must submit the results 
 of their labors to them for approval before they are put into effect. In 
 a few instances there are definite provisions in the constitution and 
 by-laws giving the sponsor absolute or limited control, or veto power, 
 over the club activities. Several of the clubs provide that the sponsors 
 shall score or criticize some or all of the performances of members. 
 This is especially true where somewhat ambitious individual projects 
 are undertaken. Despite the endeavors of sponsors to avoid assuming 
 too prominent parts, it appears evident that, on the whole, most of the 
 clubs would not flourish very long without the expenditure of con- 
 siderable thought and effort on the part of their sponsors. 
 
 Meetings. Almost half of the clubs that reported on this item 
 hold meetings approximately twice a month. The next most common 
 
High School Science Clubs 15 
 
 practices are one meeting a month and one a week. Two or three 
 clubs have meetings less frequently than once a month, only one, more 
 frequently than weekly, and two or three appear to have no stated 
 times for their meetings but hold them at irregular intervals whenever 
 suitable occasions arise. 
 
 The usual length of meetings is either one school period, ordinarily 
 from forty to forty-five minutes, or one clock hour. The shortest re- 
 ported are thirty minutes in length, and the longest regular time is an 
 hour and a half. One or two clubs, however, reported that their meet- 
 ings sometimes last two hours, and one, that it has had a meeting four 
 hours in length. It was not made clear whether or not some of these 
 longer meetings may have been trips, excursions, or parties rather than 
 ordinary program or business meetings. 
 
 The most usual time for the meetings is immediately after school 
 in the afternoon. About 40 per cent of the clubs meet at this time. The 
 other times in order of frequency are in the evening, usually at seven 
 or seven-thirty; during regular school hours, usually at the time of the 
 regular class meeting ; and during a period of the day devoted to special 
 activities. This is usually the last period in the afternoon but occasion- 
 ally occurs at some other time. There is perhaps a slight tendency for 
 more of the meetings to be on Friday than on any other day of the 
 week, but this is not very marked. In one or two cases the meetings 
 are not all held at the same time. Thus, for example, one club which 
 holds two meetings a month meets in the afternoon on the second 
 Wednesday and in the evening on the second Friday of each month. 
 
 It appears that all of the clubs ordinarily meet in the school build- 
 ings, usually the regular laboratory or recitation rooms being employed 
 for this purpose, although occasionally an auditorium, study hall, or 
 some other room is used. 
 
 In a few cases it was reported that some or all of the meetings 
 are open to visitors, ordinarily other pupils, and in one or two of these 
 instances it was stated that the average attendance is regularly larger 
 than the number of members. In most cases, however, only members 
 attend the meetings. 
 
CHAPTER III 
 ACTIVITIES 
 
 In the discussion of the various activities of the clubs no distinction 
 will be made according to their announced purposes and names. The 
 reason is that the purposes and names appear to exert no influence on 
 the character of the activities carried on other than that the content 
 dealt with therein is appropriate to the fields covered by the clubs. 
 
 Planning activities. In discussing the organization of science 
 clubs in the last chapter it was stated that most of the clubs have pro- 
 gram committees and that the sponsors usually either serve on these 
 committees or cooperate with them in planning the activities of the 
 clubs. In most cases these program committees are either elected or 
 appointed by the president of the club, but in some cases, the officers 
 themselves, or perhaps only some of them, form the committees. In 
 only a few cases do the committees or the pupils themselves appear to 
 plan the work of the club entirely independently of the sponsor. 
 
 Correlation with class work. In response to the request for in- 
 formation as to the extent to which the work of the clubs correlated 
 with the class work of the pupils composing them, only about one- 
 third of the reports received gave any data. Of those that did, several 
 indicated that there was no, or very little, correlation. It appears, 
 therefore, that on the whole such correlation exists in a decided mi- 
 nority of the clubs. Moreover, in a number of those in which it does 
 exist it is not at all close. For example, it was reported that sometimes 
 topics taken from the class work are used as a basis for programs, 
 that occasional trips are planned to correlate with the regular work, 
 or that some other small amount of correlation exists. In about half 
 a dozen instances "close correlation," "direct correlation," "correla- 
 tion whenever possible," or some similar expression was used. Ap- 
 parently the programs of these clubs are largely devoted to exten- 
 sions of the work being dealt with in class at about the time of each 
 meeting and in extreme instances constitute little more than regular 
 class recitations. In several cases it was stated that the club activities 
 are correlated with the work in English classes, ordinarily through the 
 writing of themes or the preparation of club publications. In one or 
 two cases correlation with the art department in the preparation of 
 posters and so forth was mentioned. 
 
 Credit for club work. There was only one answer received that 
 indicated definitely that school credit is given for work done in a 
 science club, but it appears probable that in other schools this practice 
 is followed. These are cases in which the club meets at the regular 
 
 1<» 
 
High School Science Clubs 17 
 
 hour for class recitation and in which there is close correlation between 
 the activities of the club and the regular class work. In other words 
 it may be said that in these schools the club seems to be practically a 
 motivating device for a portion of the class work, rather than an 
 independent and separate organization. 
 
 In two or three cases it seems to be left to the decision of instruc- 
 tors whether or not actual school credit shall be given pupils for their 
 work in science clubs. In such cases marks earned in class may 
 be raised because of club activities, or these activities may be sub- 
 stituted for a portion of the regular assigned work of the class. It 
 is usually optional with pupils whether or not they shall attempt to 
 do anything that counts toward the regular class credits or marks. In 
 a few instances the school maintains a point system supplementary to 
 the regular marking system and includes activities in the science club 
 among those for which points are given. The accumulation of such 
 points may have no other concrete result than membership in lists of 
 honor students, publication of name, and so forth, or it may be neces- 
 sary for eligibility for various extra-curricular activities, such as ath- 
 letics, dramatics, club membership, and so forth. In at least two cases 
 the schools concerned require a certain number of such extra-curricu- 
 lar points in addition to credits in the regular school subjects before 
 pupils are graduated, so that in these cases club activities may be said 
 to contribute directly toward graduation. 
 
 Several of the clubs have point credit or merit systems of their 
 own that are employed in connection with the activities of their mem- 
 bers. As has been already referred to under eligibility for member- 
 ship, a few clubs require members to earn so many points per month 
 or per semester to remain in good standing or to retain their mem- 
 bership. Others give special recognition of some sort or another for 
 earning specified numbers of points. 
 
 The points or credits allowed, whether they are school points or 
 merely club points, are usually based upon participation in programs of 
 the club. In some cases each program appearance counts the same 
 number of points, whereas in others the number varies according to 
 the type of contribution or according to its supposed difficult v or im- 
 portance. In some instances the program appearances for which points 
 are given presuppose work of some type or other in addition to the 
 preparation of a talk. In a few cases points may be earned by mere 
 attendance at meetings. Thus, for example, one club which requires 
 one hundred points for honor rating allows forty of these to be gained 
 by attending meetings, five for each attended. In a very few cases 
 points are awarded those elected to office, or those who do work for 
 the club other than appearing on programs, such as securing new mem- 
 bers, working on publications, preparing scrap books and collections, 
 and so forth, and in a few others competitions or contests of various 
 sorts are held with points awarded as prizes. These may be member- 
 
18 Bulletin- No. 60 
 
 ship competitions, debates, the preparation of scrap books, posters or 
 other materials for exhibition, and so forth. 
 
 One of the most elaborate point systems reported from any school, 
 along with a few other details more or less connected with it, is as 
 follows : 
 
 The two chairmen in each section were responsible for appointing four 
 pupils in their respective groups to be prepared with reports of scientific 
 nature. This method provides for eight separate speakers each week and 
 might be altered if a special program was to be given. The students were 
 instructed concerning the types of reports desired and were told that 
 each report would be scored by the teacher according to the following 
 scale: 
 
 Subject Matter — Its scientific value and worth to the class.... 5 points 
 
 Presentation — Method of delivering and way in which the in- 
 terest of the class was held. Sufficient length 5 points 
 
 Original Comments — Special comments which might be sup- 
 plied, especially those which could be linked with something 
 definite in the course which we had already studied. Prac- 
 tical applications, etc 5 points 
 
 Present but Unprepared 15 points 
 
 When the club day arrives the president takes charge of the meeting, 
 and the class secretary reads the minutes of the previous meeting and re- 
 cords the minutes for the current meeting. The two chairmen have pre- 
 pared lists of their respective speakers and their subjects and supply the 
 president with these so that he is able to announce them in due form. 
 Opportunity is always given for questioning before a speaker retires. At 
 the close of the meeting the scores are read, comments are made by the 
 teacher, and the totals for the two sides are computed and posted on a 
 chart for that purpose. 
 
 In addition to the points given for oral reports, a large bulletin board 
 is maintained, and points are given for suitable pictures brought in for 
 posting. These come in so rapidly that there is usually a complete change 
 of pictures about every other week. 
 
 A third source of club credits is in the periodic grades. We allow ad- 
 ditional points according to the following scale on six weeks grades: — 
 
 A 5 points D 2 points 
 
 B 4 points E 1 point 
 
 C 3 points F -5 points 
 
 At the end of the semester just closed the losing side gave a special 
 program to the winner. Other methods of settling the contest might be 
 used. 
 
 The principal of the school in which this club is maintained reports 
 that he has found the plan quite satisfactory and that keen interest 
 and competition is aroused among the pupils. 
 
 Activities at meetings. Although many of the clubs carry on 
 activities outside of their meetings, the major efforts of a majority 
 of them and the sole efforts of some are put forth in connection with 
 their meetings. The activities to which the meetings are devoted are 
 
High School Science Clubs 19 
 
 in general such as would be expected by any one familiar with the 
 situation. Talks by club members, including both pupils and teachers, 
 and by outside speakers constitute the most frequent features of the 
 program. These talks cover a wide range of topics. Sometimes they 
 are reports of projects, experimental or otherwise, that have been car- 
 ried on. Often they deal with trips made by the speakers to nearby 
 places of interest. Occasionally they are more like travel talks. Other 
 topics dealt with are the lives and works of noted scientists, current 
 science events, books and articles dealing with scientific material, the 
 development and history of particular branches of science and of 
 particular inventions, scientific jokes, and so on. Not infrequently 
 the talks are accompanied by slides or moving pictures. It is also rather 
 common for them to take the form of experiments or demonstrations. 
 The outside speakers are secured from various sources. Among the 
 speakers mentioned are members of the staffs at various colleges and 
 universities and at the Field Museum of Natural History, represen- 
 tatives of supply companies which sell materials commonly used in 
 the field in which the club is interested, and experts from industrial, 
 commercial, and professional pursuits. 
 
 It is not unusual that a considerable portion of the meeting is de- 
 voted to discussions which frequently follow formal talks already pre- 
 sented. Occasionally debates are held on various topics, such, for ex- 
 ample, as "Whether or not the metric system should be adopted in this 
 country." A number of the clubs attempt to secure a large participa- 
 tion from members by providing roll calls to which each member must 
 respond in some way, frequently by giving a current science event, 
 but sometimes by doing almost anything that is appropriate. 
 
 In some clubs there appears to be much more continuity to the 
 programs than in others ; that is, all, or practically all, of the speakers 
 at one meeting or perhaps at a series of meetings discuss various 
 phases of the same general subject. For example, one club reported 
 that for three months it had been dealing with certain phases of 
 astronomy, and another, that it had been studying radio through several 
 meetings. A very few of the clubs adopt a topic that is followed for 
 a whole year at a time. Thus, one sponsor reported that one of her 
 clubs devoted a year to first aid, home nursing, and hospital training; 
 another, a year to astronomy, during which time two trips were made 
 to Yerkes Observatory; another, a year to taxidermy. In some cases 
 projects carried on by a number of members of the club, or perhaps by 
 all, serve as the chief basis of a series of programs. 
 
 As was mentioned in a previous chapter, some of the clubs have 
 open meetings. At these there are frequently put on, in addition to 
 experiments, demonstrations and other features previously mentioned, 
 plays in some way concerned with science, stunt shows, and so forth. 
 Thus, one club reports giving a play illustrating the value of science 
 in everyday life in a general school program. Another reports not 
 
20 Bulletin No. 60 
 
 merely giving a play, but writing one, rehearsing it until it was acted 
 well enough for moving pictures to be taken and then showing these 
 along with others to the entire school. Another reports the use of 
 pantomines. 
 
 Comparatively few of the clubs specifically mentioned business as 
 an item occurring at the regular meetings. Some have only one or 
 two meetings a year, usually those at which officers are elected, at 
 which any considerable amount of attention is given to business mat- 
 ters, but instead leave the officers to look after such affairs. Others 
 transact some business at every ordinary meeting. A few have some 
 provision such as alternate meetings for business ; others limit the 
 number. None have so few meetings as one or two a year. 
 
 In addition to the types of activities already described, which may 
 be said in general to be for serious purposes, most of the clubs have 
 some form of meetings designed for social purposes. Many of them 
 merely reported having parties without going into detail as to just 
 what is done at them. In some reports it was stated that they are 
 largely dances ; in others, that scientific games are played ; in others, 
 that musical numbers are provided; and in one report, that sleight-of- 
 hand tricks are performed. A few of the clubs appear to have picnics 
 more or less regularly. In general the tendency is to devote not more 
 than one meeting a semester to purely social purposes. A few clubs 
 reported nothing at all of this sort, and a few others, as many as 
 five or six such meetings a year. Some have few or no whole meetings 
 devoted to such purposes, but a portion of the time at some or all of 
 the regular meetings is taken for games, refreshments, and other social 
 activities. One club reported having a faculty tea regularly once a year. 
 It seems suitable to include, in connection with the discussion of 
 programs, typical complete programs of a few of the clubs. The follow- 
 ing are given as reported to the writer. The first is that in a science club 
 of twenty-five members in a school of about 350 pupils. 
 
 I. (1) Meeting called to order by president 
 
 (2) Roll call and reading of minutes by secretary 
 
 (3) Discussion of club business led by president or by chairman of" 
 committee appointed 
 
 (1) Projects for exhibitions 
 
 (2) Field trips planned 
 
 (3) Stunt show participation or auditorium exhibition by Science 
 Club 
 
 II. (1) Each meeting three members (chosen from alphabetical list of 
 members) are designated to report current science features of 
 interest that they have discovered and must attempt to analyze 
 the material if necessary and answer questions of other club 
 members. Each report to be about one and one-half minutes 
 minimum length. 
 (2) A student program feature (projection machine is available if 
 wanted and is usually used); as an example, one student program 
 
 
High School Sciexce Clubs 21 
 
 was on '"Petroleum — Methods of Obtaining and Refining Proc- 
 esses and Products." Another is to be given by a zoology student 
 on "Ant Colony Life"; usual length is about 15 to 20 minutes. 
 III. Usually some man of the community is asked to speak for a period of 
 15 to 30 minutes. 
 Some already given or planned are: 
 
 (1) A Weather Bureau representative 
 
 (2) Representative of a local silica company (mining) 
 
 (3) One of the members of the local medical association 
 
 A typical program in the biology club of Harvard Community High 
 School with a membership of ninety- four is as follows: 
 
 1. Opening — reading of minutes and other business 
 
 2. Roll call — answered by giving biological superstitions 
 
 3. Report of an interview with an official of City Health Department 
 
 4. Report of a visit to the local water supply system 
 
 5. Biological riddles and jokes 
 
 6. Report on local milk plant and supply based on visits to the farm, 
 the factory, and the dealer 
 
 7. First-aid demonstration 
 
 8. Recent science news 
 
 9. Adjournment 
 
 The following is a series of programs, each consuming forty-five 
 minutes, given in a club of about one hundred members in a very large 
 high school. 
 
 "Chemical Magic" (Experiments) 
 
 "Heroes of Science" (Lecture) 
 
 "How a Science Book Is Written and Published" (An illustrated lec- 
 ture of material, manuscript, plates, photographs, cuts, and so forth 
 gathered for a science book. The lecture was given by Ernest E. 
 Burns, the author of the book — Electricity — A Study of First 
 Principles) 
 
 "The Einstein Theory" (Lecture) 
 
 "How Electric Light Bulbs Are Made" (Slides and lecture) 
 
 "A Demonstration of the Short Wave Radio" 
 
 "How to Develop Your Own Pictures" (Demonstration) 
 
 Chemical experiments performed from the club Chemcraft set 
 
 Activities other than those at meetings. The chief activities re- 
 ported, in addition to those carried on at meetings, are trips of various 
 sorts and the preparation of exhibits. The trips made are usually to 
 nearby industrial plants, to natural features, and to similar points of 
 interest. Among the places mentioned are: power plants, city water 
 systems, electric score boards at ball fields, telephone exchanges, ice- 
 cream plants, museums, observatories, stone quarries, sand dunes, 
 flower shows, lectures, museums, excavations, and so forth. Exhibits 
 are sometimes prepared for the clubs alone, sometimes for whole 
 schools or communities, and sometimes for other audiences or pur- 
 poses, such, for example, as the annual meetings of the State Junior 
 
22 Bulletin No. 60 
 
 Academy of Science. Sometimes these exhibits take the form of col- 
 lections ; sometimes they include pictures and posters, scrap and record 
 books, and models of various objects. In other cases they are more 
 general displays intended to describe the work of the clubs as a whole. 
 In a few cases it appears that bulletin boards are maintained perma- 
 nently, the materials posted being changed from time to time to keep 
 them up to date. 
 
 A number of the clubs conduct contests of one sort or another. 
 Thus one reported an attendance contest as a result of which the losing 
 side must entertain the winners ; another reported a contest in the 
 collection and posting of certain types of material, the losers again 
 entertaining the winners. In another a somewhat more elaborate con- 
 test is carried on. Various items, such as preparation of bulletin board 
 material, preparation of reports, and so on, are scored by the teacher, 
 and each side accumulates points. 
 
 As an example of how a contest is conducted the following an- 
 nouncement of a poster contest carried on by a biology club of less 
 than thirty members in a high school of about five hundred pupils is 
 given. 
 
 POSTER CONTEST 
 
 Because of the very wide spread and wanton destruction of many of 
 our natural resources, the Biology Club is sponsoring a poster contest for 
 the purpose of creating public interest in, and giving information on, the 
 conservation of four of our natural resources: (1) Forests (2) Bird life 
 (3) Native wild flowers (4) Scenery. Posters should be worked out in 
 such a way as to call attention to losses due to destruction of these forms 
 of life, to show how to protect and to preserve them, to depict the good 
 they do us, or to have other suitable themes. Prizes are being offered as 
 an added inducement to students to take part in this attempt to teach these 
 lessons in pictures. 
 
 Rules and Information 
 
 Eligibility — All high school students (post-graduates excepted) are eligible 
 to enter. 
 
 Size of poster — 14x22. (Regular poster board or other suitable board of 
 correct size.) 
 
 Material — Crayons, pencil, or ink may be used. 
 
 Number — Each student may enter any number of post* 
 
 Classes — Posters will be judged in three classes: (1) crayon drawii 
 (2) pencil drawings (3) pen drawings. The subjects which may be used 
 are forest conservation, preservation oi wild bird-, preservation of 1 
 native wild ilowcrs, and preservation of natural Scenery. Other sub- 
 jects should not be used. 
 
 Time — Posters must be turned in to Room 2o on or before March 10. 
 
 Your name- Place your name on the back of the poster. Do not have any 
 identifying marks on the face of the poster. 
 
 Prizes — Three prizes will be awarded in each class, providing ten or more j 
 poster- are entered in that class. Two prizes will he awarded in each 
 class if fiv( to nine posters are entered in that class. If less than five 
 are inured in any class, only one prize will be awarded in that class. 
 If all nin< pri.-e- are awarded, the total cash value of the prizes offered 
 
High School Science Clubs 23 
 
 will amount to more than ten dollars. Among these prizes are sub- 
 scriptions to suitable magazines, bird books, and flower collections. 
 Judging — As soon as the entries close and before the judging is done, the 
 prizes will be announced. Three judges will be selected whose names 
 will be announced on the day of judgment. They will make awards on 
 the following basi^: 
 
 (1) Artistic arrangement 2'?' '( 
 
 [s the poster well balanced? Is there color harmony? Is it 
 attractive? 
 
 (2) Neatness 25', 
 
 Is it clean? Does it show careful coloring, lettering, and so 
 forth? Did the maker "take pains" with his work? 
 
 (3) Appropriateness SQ C A -■ 
 
 How well does the poster teach the lesson it intends to teach? 
 
 Is the lesson obvious? Are the designs and pictures suitable 
 for the subject chosen? 
 
 No other activities were reported by more than two or three of the 
 clubs each, but doubtless some are more common than the reports in- 
 dicated. Among those reported by one or by a very few clubs are: 
 animal shows, flower shows, apple shows, the securing of laboratory 
 material for regular classes, the construction of equipment for regular 
 classes, the entering of contests with other schools, the study and iden- 
 tification of birds, with a system of recognition and awards according 
 to the numbers identified, and the interviewing of city health officers, 
 engineers, and others. A few clubs raise money for particular pur- 
 poses, such as contributing to the Audubon Society, purchasing mu- 
 seum material, securing a moving-picture machine, and so forth. 
 
 It is evident, although many of the letters received did not ex- 
 plicitly state it as a fact, that a considerable number of the clubs make 
 much use of the project method in their work. A few stated that this 
 method alone is employed. The projects are sometimes carried on In- 
 entire clubs, sometimes by a group of members, and sometimes by 
 single members. Sometimes they are quite comprehensive, requiring a 
 full year for completion, whereas at other times they are quite small, 
 requiring at most not more than a few hours of work. 
 
 Publications. Eight of the clubs reported more or less definite 
 publication of some sort or another, either independent publications 
 issued by the clubs and material prepared by them for insertion in 
 school papers or elsewhere. Since the number of schools engaging in 
 this line of work is small, some attention will be given to just what 
 each is doing, and those that issue their own publications will be named. 
 
 The Austin High School of Chicago issues a hectographed periodi- 
 cal, The Scientist, which seems to appear about once a month. It con- 
 tains varying numbers of pages up to at least ten. Among the con- 
 tents of a single issue are various notes on the program of the club, 
 other matters of club business, miscellaneous current-event items in 
 the field of science, a history of the club, a collection of generallv un- 
 known and more or less surprising scientific facts, a brief who's who 
 of the members of the honor club, short biographies of a number of 
 
24 Bulletin Xo. 60 
 
 prominent scientists, several poems, a number of jokes, a few questions 
 and answers concerning the activities of the club, and so forth. 
 
 The Fur, Feather and Fin Club of Hyde Park High School of 
 Chicago issues a mimeographed publication, The Scarab, that seems 
 usually to consist of four pages and to appear every month. The first 
 page of each issue is chiefly devoted to up-to-date news in the zoologi- 
 cal world. The second contains editorials dealing with zoological sub- 
 jects and with biographies of leading biologists. On the third are to 
 be found miscellaneous interesting items of one sort and another, and 
 on the fourth, news items, short poems, jokes, and miscellaneous ma- 
 terial. 
 
 The only club in a small school that reported a publication was 
 that at Westville. This is issued as a hectographed publication of four 
 small pages entitled, Skull and Cross Bones. It is largely devoted to 
 humorous incidents and selections. An issue of this appears at each 
 of several meetings during the year. 
 
 These are the only three clubs that reported anything that might 
 be considered regular publications. One or two others reported the 
 preparation of publications on particular occasions, and the others 
 included in the eight, the preparation of articles for the school paper, 
 usually either a daily or a weekly. 
 
 Miscellaneous. A number of clubs reported miscellaneous 
 features that seem hardly to belong under any of the headings previ- 
 ously discussed but yet are worth mentioning. Several mentioned affili- 
 ation with the Illinois Junior Academy of Science, and others, that 
 they were looking forward to such affiliation. Undoubtedly some that 
 belong did not state the fact. 
 
 Several reported pins or other emblems worn as badges of member- 
 ship. Since this point was not specifically asked about in the letter 
 of inquiry, it is probable that a number of clubs having such emblems 
 did not report them. 
 
 One club reported a formal obligation or pledge which was signed 
 by the charter members when the club was organized. It is likely that 
 others make some use of either written or oral membership pledges or 
 obligations. 
 
CHAPTER IV 
 
 SOME GENERAL PRINCIPLES RELATING TO 
 
 SCIENCE CLUBS 
 
 General Statements. The general principles relating to high- 
 school science clubs differ somewhat from those for other high-school 
 clubs. In part, these differences are due to the inherent nature of 
 science subject-matter and to the accessories available for objective 
 presentation, as well as to biological, psychological, and sociological 
 factors applying to the age and experience levels of the club members. 
 It seems advisable, however, to consider some of the more important 
 general principles applying to all high-school clubs together without 
 reference to the differences existing. Examples and applications sup- 
 porting these principles will, in general, be drawn from science clubs. 
 Somewhat more emphasis will be placed on the details pertaining to 
 the larger rather than to the smaller clubs, on those dealing with 
 science in general rather than with more specialized or restricted pur- 
 poses, and on complexity of organization rather than extreme sim- 
 plicity. 
 
 Chief among the reasons for this plan of treatment are the five 
 given below. 
 
 1. The trend of social life at large has been tending toward greater 
 complexity. Comparative information on this point with specific refer- 
 ence to science clubs appears to support the above statement. A survey 
 of 146 science clubs made in 1928-1929 1 reveals the average member- 
 ship to be 38.4, the median club having on its roll 29 members, and 
 the median student belonging to a club of 45. A more recent survey 2 
 of 152 science clubs made in 1931 indicates an average membership 
 of 43.8, a median club enrollment of 35, and a median student belong- 
 ing to a club of 56 members. 
 
 2. Specialized science clubs, particularly in the schools of average 
 or less than average size, are relatively less common at the present 
 time. For example, in connection with twenty-five chemistry clubs, 
 the high-school enrollment data were as follows: maximum, 5,500; 
 average 3,127; median, 1,575; minimum, 500. 3 In contrast with this, 
 in iifty-four science clubs in which chemistry was one of a combina- 
 tion of sciences, the high-school enrollment was: maximum, 5,500; 
 average, 990; median, 720; minimum, 32. 4 Hence, it appears best not 
 
 'Webb, H. A. "Some First Hand Information Concerning Science Clubs," School 
 Science and Mathematics, 29:273-76, March, 1929. 
 
 'Astell, L. A. An unpublished study made under the auspices of the Institute of 
 School Experimentation, Teachers College, Columbia University, New York, N. Y., in 1931. 
 
 This study involved 1SS science clubs found at random in 32 states and one territory. 
 Of these clubs, 79 were concerned with the subject of chemistry, of which 25 dealt with 
 chemistry alone. The remaining 54 dealt with chemistry in combination with other sciences. 
 
 3 Ibid. 
 
 *Ibid. 
 
 25 
 
26 Bulletin Xo. 60 
 
 l - ♦ 
 to organize specialized chemistry clubs in schools of less than five 
 hundred pupils, unless the departmental enrollment is above the aver- 
 age or unless the sponsor exercises unusual care to insure the success 
 of the independent club. 
 
 3. Specialized science subject clubs, particularly in the schools of 
 average or less than average size, tend to be "short-lived," for the 
 reasons Meister 5 has ascribed ; that prime movers tend to lose others 
 and to exhaust the resources of the instructor. He supplements these 
 points with the statement that if the specialized club succeeds, it be- 
 comes an "aristocracy" and continues by saying, "This, of course, 
 is of immense value to the 'aristocrat' but it doesn't at all utilize the 
 possibilities along these lines that the mass of individuals possess." 
 
 4. Under the circumstances outlined above, organizations either 
 with or without sections, dealing with science in general are a natural 
 alternative. Such organizations need to be developed as cooperative 
 and participating activities for their memberships. When so designed 
 and conducted, the clubs may serve as a valuable balance to much of 
 the individualized activity unavoidable at other points in our educa- 
 tional scheme. 
 
 5. This composite plan will make it easier for sponsors and ad- 
 ministrators to select ideas for incorporation in any club designed for 
 maximum service to the membership, school, and community. At the 
 same time, the plan permits condensation in this statement of prin- 
 ciples. 
 
 The extreme variety of clubs, whether for science in general, gen- 
 eral science, a specific science, or for a group of closely related sciences, 
 is due to a number of factors. Among the determinants are: (1) the 
 administrative demands; (2) the sponsor's conception of what con- 
 stitutes a club, and his personal share in the establishment and further- 
 ance of the activity; (3) the sponsor's peculiar interests; (4) the pro- 
 portionate enrollments, numbers, natures, and degrees of activity of all 
 other clubs in the school; (5) the total school enrollment; (6) the type 
 of community; and (7) the theories of educational philosophy under 
 which the school operates. The following incomplete classification of 
 science clubs resulted from analyzing more than 150 clubs found at 
 random over the United States: 
 
 .stronomy 
 
 Chemistry 
 
 Aero 
 
 iology — 
 
 General Science — 
 
 Camera 
 
 Botany 
 
 for elementary 
 
 Motion Picture 
 
 Garden 
 
 students 
 
 Radio 
 
 Medical 
 
 Geology 
 
 X-Ray 
 
 Zoology 
 
 Physics 
 
 
 Science in general — not limited to elementary students 
 
 Nature 
 Three science combinations, such as Chemistry, Physics, and Biology 
 Two science combinations, such as Chemistry and Physics 
 
 5 Meister, Morris. The Educational Value of Certain After Scliool Materials and Ac- 
 tivities in Science. New York: A. M. Porter and Company, 1921, p. 156-60. 
 
High School Science Clubs 27 
 
 The purposes and virtues of science clubs under these circum- 
 stances naturally differ. No attempt will be made at a comprehen- 
 sive statement on these purposes and virtues. Rather, some of the 
 authoritative and outstanding conceptions will be cited. Thus, the 
 purposes of a science club — whether expressed in the constitution or 
 not — may include the idea of the Chrysalis Club in a commercial school 
 at Atlanta, Georgia, "To make the mentally brightest pupils in the 
 school the most attractive, the most popular, and the most useful. " a 
 Clubs make it possible to obtain a progressive education, as Farris has 
 pointed out, by "learning the lessons of life naturally, under friendly 
 guidance, in an environment of freedom suited to the age and ca- 
 pacity." 7 Under these conditions, attitudes toward science are im- 
 proved, capacities for enjoyment are enlarged, and the members are 
 better students and citizens for the experience. 
 
 Club objectives for 141 science clubs 8 found at random over the 
 United States may be classified as follows beginning with the most 
 common under each main heading: 
 
 Egocentric — Scientific (continued- 
 Interests Scientific ethics, spirit, apprecia- 
 Social (gregarious instinct) tion, and attitude 
 Leadership Experiments 
 Vocational Projects 
 
 Self-expression School and community benefits, in- 
 Self-reliance, initiative eluding assemblies 
 
 Avocational Science club and school museums 
 
 Honor student activities Correlation of science 
 
 Character building Field trips 
 
 Citizenship Present and future significance o£ 
 Private collections science 
 
 Scientific — Research 
 
 Supplementary and factual infor- Scientific methods 
 
 mation Adult education 
 
 Modern applications, current sci- Scientific library 
 
 ence, and so forth Publishing science magazine 
 
 These objectives were mentioned a total of 347 times. Of the total 
 number, the first three egocentric objectives and the first six scien- 
 tific ones were named a total of 287 times. 
 
 Some of the values ascribed to club work have not been validated 
 by objective information. By nature, the work of the club is less tan- 
 gible with reference to measurement than that of the classroom. This 
 may account, in part, for the relative scarcity of workers and results 
 in the field of the club activity. In some instances, club work has been 
 of such obviously slight value that administrators have substituted 
 types of home-room programs for club programs. Frequently, the 
 home-room activities fail to consider science. 
 
 From another point of view, a recent survey 9 involving 231 high 
 
 6 Pierce, Lillian. "Our Chrysalis Club," School and Society, 34:231-32. August 15, 
 1931. 
 
 'Farris, L. P. "Training Through Club Activities," Junior-Senior High-School Clear- 
 ing House, 5:419-21, March, 1931. 
 
 8 Astell, op. cit. 
 
 9 Russell, R. D. "What Benefits Do Pupils Derive from School Clubs," Nation's Schools, 
 7:35-40, March, 1931. 
 
28 Bulletin Xo. 60 
 
 schools in Idaho. Montana, Oregon, and Washington shows that there 
 is less administrative endorsement tor subject-centered clubs, as con- 
 ducted at present, than for other types of clubs. This evidence can- 
 not be considered applicable or valid in the several states where junior 
 academies of science 10 have been or are being established. They add 
 incentives and opportunities for science club work and should serve 
 as a valuable source for data to compare with the results obtained in 
 the northwestern states. Through the agency of these junior acade- 
 mies and the resulting activities, it is possible that science club work 
 may be reconsidered in some of those scattered systems where neces- 
 sary provisions do not exist at present. Extra-curricular authorities 
 other than administrators rather generally appear to favor the club 
 work growing out of the classroom. 
 
 Administration. In The Psychology of High-School Discipline, 
 Pringle says, 
 
 If properly managed, social activities provide a safe channel for ado- 
 lescent impulses, give skill in the interpretation of social situations, fur- 
 nish training in leadership, help form right attitudes and habits of cooper- 
 ation, aid in developing the intellect, supply a motive for loyalty, create a 
 moral atmosphere, and give a real satisfaction and joy. 11 
 Such results must be recognized as extremely valuable in any educa- 
 tional scheme. The extent to which science clubs are social determines 
 the amount of these results therefrom. But the most significant thing 
 about the statement is that all of these benefits result from proper 
 management. This management and the responsibility for clubs has 
 its beginning with the superintendent and principal. If, as in some 
 cases, the supervisor of extra-curricular activities is "to the social 
 activities of the school what the principal is to the academic activi- 
 ties," 12 this responsibility is less direct, but still effective. 
 
 Substitution of worth while activities for undesirable ones may be 
 an important matter in given locations. Many states, as in the case 
 of Illinois, have specific legislation directed against high-school 
 secret orders, gangs, and other organizations tending toward the 
 criminal. It is a matter of general information in police circles- 
 that one of the most effective ways of breaking up youthful gangs 
 is through the organization of worth while clubs. A more desir- 
 able plan, and one which should be recognized by educators at large, 
 is to maintain effective clubs as a preventive measure. With every fa- 
 cility at hand for such preventive work, a well developed club pro- 
 gram can be carried on at a minimum if not a negligible cost. 
 
 Although the control of finances for such clubs, as well as for 
 other extra-curricular activities, properly belongs in the hands of the 
 
 10 Junior academies of science are composed of affiliated high-school science clubs on 
 a state-wide basis and under the auspices of the senior academies of science. 
 
 "Pringle, R. W. The Psychology of High-School Discipline, New York: D. C. Heath 
 and Company, 1931, p. 231. 
 
 '-Wilds, E. H. "The Supervision of Extra-Curricular Activities," School Review 
 25:659-73, November, 1917. 
 
Kre 
 
 
 lint 
 
 Toper 
 
 >s has 
 
 soda 
 ictivi 
 
 lay be 
 t case 
 
 rd the 
 circles 
 gangs 
 desir- 
 
 as 
 
 c, ifc 
 
 High School Science Clubs 29 
 
 administration, the matter should not rest there. If these organizations 
 are worth while in themselves they should not have to bear a greater 
 stigma of dependence than is necessary. Financial independence of 
 student organizations can be an important consideration in the train- 
 ing of these same students. In too many instances school life resolves 
 itself into a training for spending rather than for evaluating; for 
 speculation rather than for investment. Out of such participating and 
 cooperative education as can be given here, there may be found a 
 partial means of establishing a better economic order. 
 
 The sponsor is generally the most vital factor in the welfare of the 
 club. Two of three science clubs, organized and affiliated with the 
 Illinois State Academy of Science by one sponsor, failed because the 
 succeeding teacher was not trained and interested in, nor required to 
 continue the work of, the science clubs. In the third case, the admin- 
 istrator, on the demonstration of results born of experience with the 
 other clubs, required that the succeeding teacher be qualified and ready 
 to continue the work of the club. That third club is now in its second 
 year of healthy, desirable activity following the change of sponsors. 
 
 Supervision. Worthy of a place among any list of authoritative 
 statements on the supervision of science clubs, or the relation of the 
 sponsor to the club, is the following by Meister: 13 
 
 The success of the club is of course more dependent upon the director 
 than upon any other one factor. The director should take no active part 
 during the meeting, except when it is necessary to carry the boys over 
 what is to them an insurmountable difficulty. . . . His frame of mind 
 should be that of a man behind the scenes, who having set the stage stands 
 by watching the performance, ever ready to step into a situation and set 
 things right. The ability to do this properly comes from practice. It does 
 not demand exceptional ability or personality. 
 
 Confirmation of the idea just expressed may be found in the fact 
 that in over two years the sponsor of one Illinois science club did not 
 appear on any program, except to introduce an occasional adult 
 speaker, or to thank large public audiences for their attendance. 
 Nevertheless, the sponsor bore, in a very large and definite measure, 
 the responsibility of the direction and extent of the club activities. 
 These activities were based on and included: (1) surveys of the in- 
 terests and aptitudes of the individual members; (2) the sponsor's 
 intimate knowledge of these interests and aptitudes; (3) the desires 
 Df the membership revealed through votes at the business meetings ; 
 (4) correlations between the various academic departments and extra- 
 :urricular activities extending from the junior throughout the senior 
 ligh school; (5) entertainment of other science clubs in the neigh- 
 Doring schools; (6) judicious integration of recent applications of 
 science not covered by texts and frequently supported by films, slides, 
 md other devices; (7) benefit programs; (8) desirable programs for 
 
 "Meister, o/>. cit. 
 
30 Bulletin- No. 60 
 
 certain adult and civic organizations in the community; and (9) par- 
 ticipation in the annual state meetings of the Junior Academy of 
 Science. 
 
 These activities resulted in business meetings, which became genu- 
 inely interesting experiences to the members rather than boring peri- 
 ods devoted to the empty form of reading, or deferring the reading, 
 of minutes which contained nothing of a motivating character. The 
 well organized business meeting in an activated program of club work, 
 operating on the two or three fundamental types of motions, general 
 rules of the floor, courtesy, and team-work, can become an educational 
 force of value. A short monthly business meeting of this sort will care 
 for the ordinary needs of a fairly large club. 
 
 In many cases, heretofore, the sponsor's conception of what a 
 science club should be has had to depend on other juvenile organiza- 
 tions in and out of school. Timidity resulting from a lack of helpful 
 information has contributed to make the role of the sponsor indefinite 
 in the mind of either the sponsor or the administrator. Uninterested 
 sponsors in some cases have developed the idea of "hands entirely off" 
 these activities "rightfully belonging to the students." Those who 
 champion this idea must somehow believe in man's ability to lift him- 
 self by his own bootstraps. 
 
 Clubs can succeed in anything like their fullest measure only when 
 they are adapted to aptitudes, arouse common interests, and provide 
 for an active cooperative participation leading out from the club into 
 the activities of the school, community, state, and nation. Behind every 
 phase of the activity from the business meeting to the assembly and 
 public program, the sponsor's leadership and information is a vitally 
 important matter. 
 
 Organization. Before actual work is undertaken, administrative 
 approval for the idea of establishing a club should always be obtained. 
 If the administration is merely uninformed as to the possibilities of 
 such a club, selected literature may well be presented for its considera- 
 tion. It is better to have the voluntary request for the activity orig- 
 inate with the administration than with the prospective sponsor. Time, 
 patience, diplomacy, and constructive salesmanship are as valuable in 
 securing administrative decisions as in obtaining members for the club. 
 In presenting plans for administrative approval, the sponsor should 
 take into consideration the status of the school system. Recommenda- 
 tions for reasonable changes to accommodate proposed plans should 
 be accompanied by pertinent, factual information whenever possible. 
 
 Preliminary to the initial organization meetings, the sponsor 
 should have developed and assembled materials in detail on the sub- 
 ject. From this material, interested students under the direction of 
 the prospective sponsor, may, if a democratic organization is con- 
 templated, originate a series of advance bulletin-board notices, cam- 
 
High School Sciexce Clubs 31 
 
 paign posters, and membership thermometers. A volunteer member- 
 ship committee representing the various classes should be obtained 
 and acquainted with such administrative limitations as scholarship or 
 citizenship grades, and so forth. Relatively high standards of scholar- 
 ship are frequently made prerequisite to membership rather than to 
 office holding in clubs. In eliminating pupils of low — not necessarily 
 failing — scholastic standing, opportunities may be lost to stimulate and 
 guide pupils to do better work. Some of our eminent scientists, doubt- 
 less, would have failed to meet uniformly high scholastic requirements, 
 when as a matter of fact any club if still existent would be proud to 
 claim the name it had once declined. Again, desirable followers and 
 workers necessary to the welfare of any organization may be elimi- 
 nated on high scholastic requirements. Finally, some students with 
 native leadership qualities can be interested and thus prevented from 
 establishing troublesome cliques through the substitution of an or- 
 ganization obviously more worth while than anything students alone 
 might create. Xo forward movement can completely and continuously 
 ignore a natural majority of common mentalities. 
 
 At the opposite extreme, some teachers are inclined to draft the 
 entire class or classes of one or more sciences into what they choose 
 to call a club. Reflection will serve to indicate that instead of a club, 
 such an organization more nearly approaches a socialized class, but the 
 respective merits of the club and the socialized class are not a matter 
 for discussion here. Under the name of a club, should such an or- 
 ganization enforce attendance to any great extent, we would have what 
 one writer has termed, "hardly more than a slap at personal freedom." 14 
 If the appeal is great enough, enforced attendance will not be neces- 
 sary. 
 
 Another important matter is the name selected for the club and the 
 slogan used to perpetuate the activity. Too little attention is devoted 
 to this question. In Overstreet's discussion on "Making Ideas Stick," 
 he says, "To be able to devise a name or phrase that will stick, is to 
 have a way of entry into the mind that is swift and sure." 13 The com- 
 mon use of the local school name in connection with the words "science 
 club" is usually ineffective, because such names ordinarily do not in- 
 volve the spirit and methods of science. These latter qualities are 
 probably most readily conveyed in club names through the names of 
 eminent scientists, but this is by no means the only way. Here, for 
 - example, are the names of some science clubs that appear to "stick." 
 These names are attractive without being showy: 
 
 The B. S. Hopkins Club (chemistry and physics) 
 
 The Benzene Ring (chemistry) 
 
 "Houston, G. D. "Extra-Curriculum Activities in Their True Light," Education. 
 50:289-90, January, 1930. 
 
 15 Overstreet, H. A. Influencing Human Behavior, New York: W. W. Xorton, 1925, 
 Chapter VII. 
 
32 Bulletin No. 60 
 
 The Chem-Phyb-i-o (biology, chemistry and physics) 
 
 The Edisonian Science Club (science in general) 
 
 Field and Stream (astronomy, geology, and biology) 
 
 Hunters of the Magic Eye (camera) 
 
 Louis Agassig Biology Club 
 
 Modern Alchemists (chemistry) 
 
 The Star and Atom Club (astronomy, etc.) 
 
 The Stellars (astronomy and geology) 
 
 The size of the club constitutes a problem with many angles. Mem- 
 berships tending toward larger rather than smaller numbers are satis- ] 
 factory provided the following conditions are fulfilled: 
 
 1. The general administrative plans for clubs should not interfere 
 with each other. The element of time available enters into the ques- 
 tion here and at other points. The work of Sturtevant and Strang 16 
 may serve as a background for establishing objectives in the matter of 
 time. Just as thirty minutes should represent an ample time for a 
 business meeting, so an hour to an hour and a half should be ade- 
 quate for the absorptive powers of the members. Reductions in time 
 used may be made with niceties of program organization. If the period 
 of time for the regular program is reduced to forty minutes or less, 
 it means modification and reduction of such general plans as are sug- 
 gested here. 
 
 2. There should be a maximum age and an experience range of 
 three or four scholastic years. In combination junior-senior high 
 schools, junior and senior divisions are likely to be desirable. In the 
 larger schools, divisions based on subject-matter represent probable 
 courses. No matter how large the school, there should be joint meet- 
 ings of all science clubs or sections, as well as occasional meetings 
 for other clubs and extra-curricular activities in the school. Only in 
 cases of special schools for boys and girls does it seem justifiable to 
 base the club or section membership wholly or in part on sex. 
 
 3. The available and assigned rooms should be able to accommo- 
 date the total enrollment. 
 
 4. A large proportion of the membership should serve more or less- 
 continuously as officers, committee members, and otherwise. 
 
 5. A large proportion of the membership should have opportunities 
 to participate in the programs and other activities. This means the 
 use of group activities, such as short science plays, pageants, special 
 games, and various forms of humor, as well as appropriate music in 
 various forms. 
 
 6. There should be occasional selected programs for civic organi- 
 zations and science clubs from other schools. 
 
 7. Vacation and year-around projects of civic and scientific-train- 
 ing value should be included in the program of activities of each club. 
 
 16 Sturtevant, S. M. and Strang. Ruth. "Activities of High-School Girls," Teachers 
 College Record, 30:562-71, March, 1929. 
 
sic ii 
 
 High School Science Clubs 33 
 
 8. Contests terminating in annual state-wide competitions should 
 be promoted. 
 
 9. State programs of consequence in which representative club 
 members as delegates participate should be promoted. 
 
 In other words, the larger the organization the more complex and 
 diverse should the activities become. More care must be taken, under 
 these circumstances, that programs satisfy well-defined cross sections 
 of interest. Through posters, advance bulletin board announcements 
 attractively written, and other devices, interest may be created or con- 
 verted from latent to active form. The presentation of general and 
 sectional programs should be adapted to circumstances. Added signifi- 
 cance is obtained by having the initiation program for an Edisonian 
 Science Club on an implied anniversary, a program on "Science and 
 the Polar Regions" at the time of some fresh polar achievement, and 
 a program or other activity on astronomy at the time of some astro- 
 nomical phenomenon. "Next to efficient leadership," says Meister, "the 
 successful club depends upon its program. In a sense," he adds, "a 
 well-organized program can make up for inexperience or poor leader- 
 ship." 17 
 
 The organization of a science club toward the end, rather than 
 near the beginning, of the academic year offers certain advantages. 
 Under the former circumstance, the sponsor has time in which to de- 
 velop details based on a more intimate knowledge of the prospective 
 members, the school system, and the community. Such a plan implies 
 that officers representing the various classes, excepting those from the 
 incoming class, be elected at the end of the year. Continuation of this 
 practice is a safeguard against immediate disintegration in the event 
 that any teacher assigned as a sponsor is not genuinely interested or 
 is otherwise unable to render a maximum service to the club. Such a 
 condition arose in an Illinois club several years ago. Because the club 
 had all its officers, with one exception, the organization functioned in 
 the absence of sponsor cooperation to the extent of presenting a benefit 
 program and purchasing a much-needed piano for the school from the 
 proceeds. 
 
 From the administrative requirements as to membership standards 
 to submission of rosters of elected officers for administrative approval, 
 every item bearing upon administration should be incorporated in the 
 constitution. Necessary forms implied by the constitution should be 
 made and used. Club members should be given the opportunity to 
 realize and enjoy the majesty of constituted authority without verbi- 
 age and other wastes of time and energy which result from an over- 
 emphasis or a wrong emphasis on such authority. The emphasis belongs 
 on action and results if genuine and lasting interest is to be obtained. 
 
 ,7 Meister, op. cit. 
 
34 Bulletin Xo. 60 
 
 Adequate forms minimize the personal significance of the offices as 
 such, reduce the errors in procedure, and enhance the results. 
 
 The following constitution 1 * for a science club is merely a skeleton 
 outline. In order to meet the needs of any individual club, suggestions 
 obtained from the remainder of this bulletin and from other sources 
 which appear practical in the light of the situation, should be incor- 
 porated. This skeleton outline has been included because state workers 
 receive so many requests for copies of constitutions. 
 
 CONSTITUTION FOR SCIENCE CLUB 
 
 Article I. Name 
 
 This organization shall be called the 
 
 Science Club of the High School. 
 
 Article II. Purpose 
 
 Section 1. Any regularly enrolled student in the 
 
 High School who is especially interested in science shall be eligible for 
 membership. 
 
 Section 2. Eligible students shall be proposed for membership by a 
 membership committee, which shall consist of the science teachers of the 
 school, and an equal number of students, the latter to be elected by the 
 club. The names of the students thus proposed shall be voted on by the 
 members of the club. A majority affirmative vote of all members shall be 
 sufficient to elect. 
 
 Section 3. All teachers of the school who are teaching an)- science 
 courses shall be members of the club without election, and shall have all 
 the rights and privileges of student members, except that they may not 
 serve as delegates to the meetings of the State Junior Academy of Science. 
 
 Section 4. Student members shall pay semester dues of cents. 
 
 Article III. Officers 
 
 Section 1. The officers of the organization shall be a president, a vice- 
 president, a secretary, and a treasurer. 
 
 Section 2. These officers shall perform the duties usually falling to such 
 officers, and together with the teacher members of the club shall constitute 
 the program committee to arrange the program of the club. 
 
 Section 3. The officers shall hold office during one semester, and until 
 their successors are elected and installed. Officers for any semester shall 
 be elected at the last regular meeting of the preceding semester. 
 
 Article IV. Meetings 
 
 Section 1. Regular meetings shall be held on the 
 
 (afternoon or evening) of each month during the school year. Special 
 meetings may be called by the president at any time, providing the ad- 
 ministrative requirements of the school have been met. 
 
 Section 2. At least one open meeting shall be held during each year, 
 to which all the people of the community shall be invited. The program 
 of this meeting shall consist partly of an address by some prominent scien- 
 tist upon a scientific topic. 
 
 Section 3. Some meetings in the fall and spring may take the form 
 of picnics in the woods, where some matters of scientific interest may be 
 presented by members of the club or by other members of the community. 
 
 1!, With slight modifications, this constitution appeared in a pamphlet entitled. "A 
 Message to High-School Science Teachers and Students of Illinois from the Committee on 
 High-School Science and Cluhs," widely circulated throughout the Illinois schools several 
 years ago. 
 
cia 
 
 High School Science Clubs 35 
 
 Article V. Relation to the (State) Junior Academy of Science 
 Section 1. This club shall maintain its affiliation with the (State) 
 Junior Academy of Science. 
 
 Section 2. Each year the club shall send and defray, as far as possible, 
 the expenses of at least one student club member as a delegate to the an- 
 nual meeting of the (State) Junior Academy of Science. Such delegate 
 shall be elected by the club, and on return shall give a full report of the 
 meeting to the club. At the option of the club, this meeting may be open 
 to all the students of the school. 
 
 Section 3. The copy of the published Transactions of the Academy 
 which the club shall receive shall remain the property of the club, but if 
 acceptable shall be deposited in the library of the school. 
 
 Article VI. Amendments 
 
 This constitution may be amended by a two-thirds vote of the members 
 present at any regular meeting, provided the amendment has been pre- 
 sented in writing at some previous meeting. 
 
 Programs and other activities. In various ways, the discussion 
 prior to this point has suggested programs that are dynamic and crea- 
 tive of interest. The bibliography contains a number of references to 
 types of programs which, with slight modifications, may be of genuine 
 service. One of the keynotes in the development of any series of pro- 
 grams is variety. The schedule of regular business meeting periods, 
 activity periods, assembly programs, closed meetings, and other pro- 
 grams should be made at the beginning of the school year, and pre- 
 cautions taken by the administration to insure that this schedule is not 
 broken. Such a plan makes it possible for the sponsor to book slides 
 and films months in advance, to obtain special talent, to correlate the 
 work of the science club with other activities in the school, and to in- 
 tegrate the work with the science subject or subjects offered, as well 
 as to develop information on sciences not even offered. The program 
 committee should develop the program outline and post it at the earliest 
 moment. Detailed announcements should be made as the time ap- 
 proaches. This regularity helps to maintain attendance, since the stu- 
 dents, realizing that changes are unlikely, will govern their plans by 
 the schedule. Insofar as the educative process involves the matter of 
 living in real life situations and at the same time preparing for other 
 life situations in the future, this precision is another worth while value 
 to be added to those already ascribed to club work. 
 
 ear 
 
 an 
 
 ■I 
 
CHAPTER V 
 ANNOTATED BIBLIOGRAPHY 
 
 The following bibliography dealing with the work of science clubs 
 is composed of two chief types of references. One includes those that 
 deal rather directly with science clubs, whereas the other includes 
 those dealing in a more general way with extra-curricular activities, but 
 having some bearing upon science clubs that appears to justify their 
 inclusion. The attempt has been made to include all available ref- 
 erences of the former type, and a selected list of the more general 
 ones. The references included are briefly annotated, except that a few 
 which were given in bibliographies examined but could not themselves 
 be found, are listed without annotations. 
 
 Although the materials examined in the preparation of this bibli- 
 ography cannot be said to include all sources in which pertinent articles 
 may be found, the writers believe that comparatively few articles of 
 any real worth have been omitted. The libraries exhaustively searched 
 for material are those at the Northern Illinois State Teachers College, 
 the University of Illinois and the University of Chicago, the Chicago 
 Public Library and the John Crerar Library of Chicago. In addition, 
 some references were obtained from sources at Columbia University. 
 The time covered is approximately to the close of 1931. 
 
 Immediately following the bibliography is an index which gives 
 the numbers of the references classified under each of several heads. 
 In general references have been listed under only one head, but in a 
 number of cases, especially those of some of the longer and more com- 
 prehensive references, they have been listed under two or more of 
 the heads given. 
 
 1. Allen, C. F. "Criteria for Judging School Clubs," Junior-Senior 
 High School Clearing House, 5:386-87, March, 1931. 
 
 Twenty-two specific points for rating clubs upon two general criteria: 
 (1) the service the club program renders to the school, and (2) the service 
 the club renders to the pupil. 
 
 2. Allen, C. F. "Initiating a School Club Program," Junior-Senior 
 High School Clearing House, 5:389-94, March, 1931. 
 
 This includes an outline of specific points under the following general 
 heads: preliminary requirements, club's first meetings, dangers to be 
 avoided. 
 
 3. Allen, C. F. Outlines in Extra-Curricular Activities. Little Rock, 
 Arkansas: Little Rock High School Print Shop, 1924, p. 44-50, 150. 
 
 The chief matters of interest dealt with are club characteristics, objec- 
 tives, organization, and administration ; general suggestions and programs 
 for radio club; and a series of committee reports outlining in detail pro- 
 cedures and content materials for a variety of extra-curricular as well as 
 curricular activities. 
 
 36 
 
High School Scienxe Clubs 37 
 
 4. Amateur Astronomer. New York: Amateur Astronomers Associa- 
 tion, American Museum of Natural History. 
 
 The official organ of the Amateur Astronomers Association. 
 
 5. Anderson, E. W. "Extra-Curriculum Duties," Educational Research 
 Bulletin (Ohio State University), 8:315-17, October 9, 1929. 
 
 A study of problems of scheduling, control, and supervision. 
 
 6. Andress, J. M. "Posture Through the Ages," Hvgeia, 7:728-29, July, 
 1929. 
 
 A one-act play for junior high-school students. One pupil speaks the 
 lines, and the remainder of the cast in costume demonstrate to music. 
 
 7. Andrews, A. M. "Systematic Handling of the School Funds with 
 Student Cooperation," High School Conference Proceedings, 1922. 
 Urbana: University of Illinois, 1923, p. 160-61. 
 
 The method of handling school funds in the Dundee, Illinois, High 
 School, in which the organizations of the elementary and high schools, as 
 well as the individual students, have accounts in the school bank. 
 
 8. Anning, Norman. "Socrates Teaches Mathematics," School Science 
 and Mathematics, 23:581-84, June, 1923. 
 
 A short one-act play. Eight or more characters, including Socrates, 
 discuss the origin and development of certain algebraic formulae. 
 
 9. Arnold, H. J. "The Science Club in the Junior High School," 
 Junior-Senior High School Clearing House, 4:470-75, April, 1930. 
 
 A narrative account of a meeting of the Science Club in the Lincoln 
 School of Teachers College, Columbia University. Includes a copy of the 
 club's constitution. 
 
 10. Astell, L. A. "Fostering Science Clubs in the High School," Journal 
 of Chemical Education, 6:496-501, March, 1929. 
 
 This lists and discusses ten things a science club can do. It also de- 
 scribes briefly the activities of three Illinois clubs in these respects. 
 
 11. Astell, L. A. "High School Science Club Affiliations with the Illi- 
 nois State Academv of Science," Illinois Junior Science, February, 
 1932, p. 1-4. 
 
 A history. 
 
 12. Astell, L. A. "How State Academies of Science May Encourage 
 Scientific Endeavor among High School Students," Science, 71:445- 
 49, May 2, 1930. 
 
 Presents four aspects of the problem of encouraging scientific endeavor 
 among high-school students. 
 
 13. Astell, L. A. "Initiation Ceremony of the Edisonian Science Club," 
 School Science and Mathematics, 28:771-74, October, 1928. 
 
 Suggests an initiation ceremony to be used in connection with a science 
 club. Gives in detail the procedure to be followed. 
 
 14. Astell, L. A. "The Inspiration Which the Illinois Junior Academy 
 of Science Has Brought to the High School Science Clubs in the 
 State of Illinois," Proceedings of the Indiana Academy of Science, 
 Volume 41. Indianapolis: Indiana Academy of Science, 1931. 
 
 An abstract of paper presented to the Indiana Junior Academy of 
 Science at its first annual meeting. 
 
38 Bulletin No. 60 
 
 15. Astell, L. A. "An Integrated Project on Copper Utilizing Visual 
 Aids in Various Forms," Educational Screen, 11:21-25, January, 
 1932. 
 
 This project may be used for a special study of a base metal in a 
 chemistry club. The outline is sufficiently long and detailed to admit of a 
 wide variety of shorter treatments of the subject. 
 
 16. Astell, L. A. "Program, Edisonian Science Club." School Science 
 and Mathematics, 29:332, March, 1929. 
 
 An example of a symposium type of program presented by the above 
 club in the West Chicago Community High School, West Chicago. 
 
 17. Astell, L. A. "A Ritual and Other Devices for High School Science 
 Clubs," School Science and Mathematics, 27:952-55, December, 1927. 
 
 This considers science clubs affiliated with the Illinois State Academy 
 of Science and suggests a standardized club pin, standardized cards of 
 membership, credentials for individuals, and a standardized ritual to include 
 illustrative material. 
 
 18. Astell, L. A. An unpublished study of science clubs made under 
 the auspices of the Institute of School Experimentation. New 
 York: Teachers College, Columbia University, 1931. 
 
 This study involves 155 science clubs found at random in 32 states and 
 one territory. Of these clubs 79 were concerned with the subject of chem- 
 istry, 25 per cent of which dealt with chemistry alone, and the remaining 
 54 in combination with other sciences. 
 
 19. Astell, L. A. and McEvoy, S. A. "Report of the Committee on 
 High-School Science Clubs." Transactions of the Illinois State 
 Academy of Science, Vol. 23, No. 1. Springfield, Illinois: Depart- 
 ment of Registration and Education, 1930, p. 25-30. 
 
 Reveals progress in the organization of high-school science clubs. 
 
 20. Astronomical Society of the Pacific. San Francisco, California: 
 C. H. Adams, Merchants Exchange Building, 465 California Street. 
 
 This organization offers affiliation privileges to high-school science 
 clubs in the form of "institutional memberships." It issues a bi-monthly 
 leaflet on astronomical subjects which may be purchased at five cents a 
 copy. These pamphlets are maintained at a high scientific standard. 
 
 21. Atkins, H. L. "An Experiment in a Medium Sized High School to 
 Justify Placing Extra-Curricular Activities on School Time," A 
 thesis submitted for the Master's degree at the University of Colo- 
 rado. Boulder: University of Colorado, 1929. 
 
 The writer considers three phases of the problem: she analyzes expert 
 opinion, rates values and validity, and gives experimental data. 
 
 22. Averill, F. G. "Something New in High School Clubs." High School] 
 Teacher, 6:361-62, November, 1930. 
 
 An account of a post-graduate (character) club in the Fordson High 
 School at Dearborn, Michigan, with references to science and aeroplane 
 clubs. 
 
 23. Babson, H. C. "The Financial Support of Clubs," Junior-Senior 
 High School Clearing House, 5:407-12, March, 1931. 
 
 Includes validating arguments in favor of handling club funds through 
 the school budget, and the necessary forms for doing so. 
 
 
High School Science Clubs 39 
 
 24. Bail, P. M. "Selling Physics and Chemistry." School Science and 
 Mathematics, 30:195-97, February, 1930. 
 
 This plan whereby a poster campaign is used to increase enrollment in 
 the science department should be found useful for augmenting club en- 
 rollments. 
 
 25. Baker, R. A. "Museum Reactions," Journal of Chemical Education, 
 2:480-86, June, 1925. 
 
 Tested museum experiments for use by active clubs and classes. 
 
 26. Barr, A. S. "The Training of Teachers for the Direction of Extra- 
 curricular Activities," Educational Administration and Supervision, 
 15:350-55. May, 1929. 
 
 The importance and types of training available, evidence that extra- 
 curricular training is not well founded, and an analysis of the attitudes of 
 school officials as to the needs are the chief topics treated. 
 
 27. Bateman, Anne. "Chemistry Saves the Day," Journal of Chemical 
 Education, 7:164-66, January, 1930. 
 
 A one-act playlet for seven characters, appropriate for general-science 
 clubs, chemistry clubs, or clubs dealing with science in general. 
 
 28. Bawden, A. T. "A Chemical Partv," Journal of Chemical Education, 
 4:86-95, January, 1927. 
 
 Various contests and stunts, as well as a thirty-minute play. 
 
 29. Beery, P. G. "The First-Year Chemistry Course," Journal of 
 Chemical Education, 8:1781-816, September, 1931. 
 
 A carefully compiled outline correlating visual aids and club activities 
 with classroom work. Sources and references make this article invaluable. 
 
 30. Bell, F. L. "A Chemistrv Exhibit," Journal of Chemical Education, 
 5:280-90, March, 1928. 
 
 This contains details of work in the high school at Ridgewood, New 
 Jersey, with a source list of firms issuing industrial exhibits and material. 
 
 31. Bell, F. L. "Posters in Chemistrv," Journal of Chemical Education, 
 5:157-67, February, 1928. 
 
 The relation of chemistry to everyday life is illustrated and described 
 in detail. 
 
 32. Bellingrath, G. C. "Qualities Associated with Leadership in Extra- 
 curricular Activities of the High School," Teachers College, Co- 
 lumbia University, Contributions to Education No. 399. New York: 
 Bureau of Publications, Teachers College, Columbia University, 
 1930. 57 p. 
 
 Among boy leaders a positive relation was found between leadership 
 and age and home background. Ambition to continue their education was 
 the only school attitude which elected leaders possessed that those who 
 were not leaders did not have. Girl leaders differed markedly from non- 
 leaders. They were younger, taller, heavier, and came from better homes. 
 Two of the twenty-six clubs involved in this study are biology and radio 
 clubs. 
 
 33. Bellis, Berton. "I Am a Chemist," General Science Ouarterlv, 9:89- 
 90, January, 1925. 
 
 A monologue, suitable for a special number in a program concerning 
 alchemy, chemistry, and so forth. 
 
40 Bulletin No. 60 
 
 34. Benson, O. H. "Boys' and Girls' Club Work; Its Principles, Policies, 
 and Requirements," Journal of Education, 83:11-12, January 6, 1916. 
 
 An address at a conference of county agricultural agents in St. Louis 
 on the merits of the organized and definite form of boys' and girls' club 
 work in agriculture and home economics as operating at that time. 
 
 35. Bergen, R. C. "Chemistry on the High School Stage," Journal of 
 Chemical Education, 6: 963-65, May, 1929. 
 
 Instructions for the experiments which are spectacular, easy to per- 
 form, require very little apparatus, no gas burner, and which, because of 
 their showy nature and simplicity, are well adapted for the stage. 
 
 36. Billinger, R. D. "Illustrating the Black Art," Journal of Chemical 
 Education, 3:897-902, August. 1926. 
 
 Illustrated, suggested, and detailed methods for a demonstration of 
 alchemy. 
 
 37. Billinger, R. D. "A Night in Alchemy," Journal of Chemical Edu- 
 cation, 5:715-24, June, 1928. Also Chemistry Leaflet, 4:22-29, March 
 19, 1931. 
 
 This combination of acting and chemical tricks requires three char- 
 acters and additional off-stage assistance. 
 
 38. Biology Club. Chicago: General Biological Supply House, Inc., 
 761-63 East 69th Place. 
 
 This bulletin, which is issued free, briefly, but in a practical way, con- 
 siders formal organization, general suggestions, subjects for discussion, and 
 projects. 
 
 39. Bjornson, J. S. "Student Activities in High Schools," Journal of 
 Education, 83:619-21, June 8, 1916. 
 
 The reasons for socialization through student activities, educational 
 value of athletic clubs, among others, and a brief general plan for the 
 limitation and direction of student activities compose this article. 
 
 40. Blackburn, Lura. Our High School Clubs. New York: Macmillan 
 Company, 1928. 253 p. 
 
 Among the chapters most helpful are those on faculty sponsorship, 
 radio clubs, geography clubs, and science clubs. Appendices reproduce the 
 constitutions of several clubs. 
 
 41. Blair, E. N. "Club Study Programs," Good Housekeeping, 89:59/ 
 212, 215, September, 1929. 
 
 This deals with adult women's work based on carefully selected and 
 recommended books. The technique is suggestive. 
 
 42. Bowman, H. M. "Syncopated Health Trial." Hvgeia, 8:944-46, Oc- 
 tober, 1930. Also, Texas Outlook, 14:37-38, November. 1930. 
 
 A one-act musical play for eight girls of junior or senior high school. 
 
 43. Branch, H. E. "The Aims and Opportunities of the Junior Academy 
 in Kansas," Transactions of the Kansas Academy of Science. Vol. 
 34. Topeka: Kansas State Printing Office, 1931, p. 27-32. 
 
 This includes the program of meeting, the enrollments of Kansas high I 
 schools, the aims and opportunities tor the Kansas Junior Academy, ami a 
 statement of the developments in other states. 
 
High School Science Clubs 41 
 
 44. Branch, S. W. "'Science Club; Raleigh. North Carolina," School 
 Science and Mathematics, 31:231-32, February, 1931. 
 
 The activities of this club in the Broughton High School include out- 
 side or adult speakers for the major part of the programs, organization of 
 clubs in the grades, and trips to Washington, D. C. and other places. 
 
 45. Brewington, G. P. "'Lead Trees Grown in Gels," Journal of Chemi- 
 cal Education, 6:2228-30, December, 1929. 
 
 A description of exhibits made by the science club and chemistry 
 classes in the Golden, Colorado, High School. 
 
 46. Briggs, T. H. "Extra-Curricular Activities in Junior High Schools," 
 Educational Administration and Supervision, 8:1-9, January, 1922. 
 
 A committee report defining, stating, and discussing thirteen underlying 
 principles of extra-curricular activities. 
 
 47. Brodell, Alexander. "Franklin K. Lane High School Post-Gradu- 
 ate Science Club," Bulletin of High Points, 12:69-70, September, 
 1930. 
 
 A brief statement about this unusual organization, which serves as an 
 intermediary between adult and high-school science clubs. 
 
 48. Broom, M. E. "High School Camera Club," High School Teacher. 
 7:27-28, January. 1931. 
 
 The writer correlates Foster's thirteen objectives of extra-curricular 
 activities with the activities of the Francis W. Parker School Camera Club 
 of San Diego. 
 
 49. Broughton, M. G. and Eaton, M. E. "Rushing the Message," Gen- 
 eral Science Quarterly, 12:486-92, March, 1928. 
 
 A short play in one act with one stage set. Although designed for boy 
 and girl scouts, it may be adapted to other uses. 
 
 50. Brown, H. C. "Values of Natural Science," High School Teacher. 
 7:246-47, 272, September, 1931. 
 
 A brief discussion of the use and activities of a biology club as one of 
 the aids in obtaining such values. 
 
 51. Brown, R. E. "Financing High School Organizations," Educational 
 Review, 59:153-59, February, 1920. 
 
 This tells how to raise and handle money for the student organizations 
 of the school. 
 
 52. Bruner, H. B. ''The Junior High School at Work," Teachers Col- 
 lege, Columbia University, Contributions to Education Xo. 177. 
 Xew York: Bureau of Publications, Teachers College, Columbia 
 University, 1925. 112 p. 
 
 An account of junior high-school orientation courses embracing the 
 scheme of these courses, including an activities period for clubs; an out- 
 line of some of these courses and pupil activities; and a method of admin- 
 istering both courses and pupil activities. 
 
 53. Bush, Ethel. "Organizing the Biology Class into a Nature Study 
 Club," Science Education, 15:48-53. November, 1930. 
 
 The laboratory and field plan used in the Phillips High School, Birm- 
 ingham, Alabama. Three program outlines are included. 
 
42 Bulletin- No. 60 
 
 54. Butler, B. D. "Boys' Clubs and Crime," Review of Reviews, 79:74, 
 April, 1929. 
 
 Statistical evidence and financial aspects of the problem are presented. 
 
 55. Cady, H. P. "Liquid Air," Chemistrv Leaflet, 5:257-71, November, 
 5. 1931. 
 
 A reprint from the Jour>ial of Chemical Education in which is given 
 a detailed outline of a liquid-air demonstration suitable for a science-club 
 program. 
 
 56. Carothers, G. N. "A Science Fair," Journal of Chemical Education, 
 8:244-55, February, 1931. 
 
 A well illustrated account of a two-day fair, including fifty-one exhibits 
 in the senior high school at Roswell, New Mexico. 
 
 57. Chaffee, E. T. Parliamentary Law. New York: Thomas Y. Crowell 
 Company, 1930. 124 p. 
 
 A well organized and indexed treatment adapted to the elementary 
 needs of high-school science clubs. 
 
 58. Chiddix, J. C. and McEvoy, S. A. "Chemical Games," Chemistrv 
 Leaflet, 5:57-58, September 17, 1931. 
 
 Suggestions for six novel games to supply spice and variety for pro- 
 grams. 
 
 59. Clippinger, F. E. "Nature Club Rainbow Honors," School Science 
 and Mathematics, 29:652-53, June, 1929. 
 
 A detailed credit and award plan suited to the needs of a nature club 
 or to a biology section in a science club. 
 
 60. Clute, W. N. "The High School Botanical Club," School Science 
 and Mathematics, 12:147-49, February, 1912. 
 
 This outlines the activities of the Botanical Club in the Joliet High 
 School and presents general program suggestions. 
 
 61. Coates, A. E. "Scientific Explanations — Sound," General Science 
 Quarterly, 12:342-46, November, 1927. 
 
 A short play in two acts, and stage sets. Adapted to use by a junior 
 high-school club of average size. A brother and sister are the principal 
 characters, and with them is the remainder of the class. 
 
 62. Cockerell, D. A. "How Can We Produce Scientific Workers?" Sci- 
 entific American, 134:295, May, 1926. 
 
 A suggestive discussion of how incentive material, such as inexpensive 
 books and other items contributing to voluntary beginning interests, may 
 lead to great development. 
 
 63. Coleman, Hugh. "Extra-Curricular Activities as a Part of the Regu- 
 lar High School Schedule," High School, 8:171-73, April, 1931. 
 
 The writer urges that there should be provisions for every student, and 
 discusses an expansion program for school clubs. 
 
 64. Collier, Robert. "Chemistrv Club Program," Chemistrv Leaflet, 4:27, 
 April 23, 1931. 
 
 A detailed outline and discussion of the annual "Kemistry Kapers" at 
 the South High School of Denver. 
 
High School Science Clubs 43 
 
 65. Collier, Robert. "Methods of Increasing Interest in High School 
 Chemistry," Journal of Chemical Education, 7:2141-49, September, 
 1930. 
 
 Factory trips, annual sport trips, outside speakers, chemistry-club pro- 
 grams, and special activities, such as chemical exhibits of an industrial 
 nature, are among the devices used in a Denver high school. 
 
 66. Condon, J. J. "A Chemistry Club Banquet," High School Teacher, 
 7:67, February, 1931. Also, School Science and Mathematics, 31:989- 
 91, November, 1931. 
 
 A menu and complete instructions for the two-hour (longest) meeting 
 of the year. 
 
 67. Condon, J. J. "Chemistry Exhibits in the Small Laboratory," lour- 
 nal of Chemical Education, 7:1649-55, July, 1930. 
 
 This includes a list of successful posters. Illustrated. 
 
 68. Conroy, M. "Giving Children a Worth While Interest," Playground, 
 24:299-300, August, 1930. 
 
 Describes the state-wide membership plan used by the Buffalo Museum 
 of Science. 
 
 69. Considine, J. J. "Activities for Boys Between 15 and 18," Play- 
 ground, 23:249, July, 1929. 
 
 A brief statement relative to athletics, arts and crafts, social activities, 
 hiking, and nature clubs in Detroit. 
 
 70. Considine, J. J. "Miniature Aircraft in Detroit," Playground, 24:182, 
 June, 1930. 
 
 A report of thirty clubs established at various recreation centers. 
 
 71. Cope, H. F. "Chemistry Club Work," Journal of Chemical Educa- 
 tion, 7:1115-17, May, 1930. Also, Chemistry Leaflet, 4:24, 28-29, and 
 28; October 16, 23, and 30, 1930. 
 
 An excellent detailed symposium type of program on water, using 
 visual aids and correlated with classroom work beyond the limits of the 
 science department, presented by a club in the Medford, Oregon, High 
 School. 
 
 72. Cox, P. W. L. Creative School Control. Philadelphia: J. B. Lip- 
 pincott Company, 1927. 320 p. 
 
 A presentation of the theory of creative control through clubs and 
 societies, and of the theory of democratic assemblies wherein pupils really 
 express themselves, illustrated by concrete programs. 
 
 73. Craig, Marjorie. "Club Activities at Roanoke Rapids," High School 
 Journal, 7:71-72, March, 1924. 
 
 The plan used in the high school of Roanoke Rapids, North Carolina, 
 in which clubs supplanted literary societies. 
 
 74. Crawford, A. E. "A Little Journey to the Land of Mathematics," 
 Mathematics Teacher, 17:336-42, October, 1924. 
 
 A three-act play requiring three stage sets and twenty-nine characters. 
 An idea of the importance of mathematics to the world is revealed. 
 
44 Bulletin No. 60 
 
 75. Crowley, J. A. "The Socialization of the School Program, II. Ex- 
 tra-Curricular Activities," Journal of Educational Method, 3:418-26, 
 June, 1924. 
 
 A scheme developed in the John Winthrop School of Dorchester, Mas- 
 sachusetts, whereby the teachers select the club members and make the 
 later changes. The following clubs are discussed at some length: wireless, 
 recreation, mathematics, and stereopticon. 
 
 76. Cruttenden, Denman, and Frank, O. D. "Apple Day, as Observed 
 by a High School Botany Class," School Science and Mathematics, 
 14:217-20, March, 1914. 
 
 An excellent program suited to use by science clubs. 
 
 77. Cummings, M. C. "Philosophical Justification for High School 
 Clubs," Kansas Teacher, 32:7-8, February, 1931. 
 
 The author sets up the following values for club activities, against 
 those growing out of the seven cardinal principles and the educational phi- 
 losophy from which they were derived: (1) testing field for educational 
 theories; (2) testing field for curricular development; (3) critical check 
 on administrative procedure; and (4) an environment suited to the de- 
 velopment of habits, attitudes, and ideals in and through practice. 
 
 78. Dalthorp, C. J. "Where Pupils Must Participate in Extra-Curricu- 
 lar Activities," Nation's Schools, 7:47-51, April, 1931. 
 
 The plan used in the Aberdeen, South Dakota, schools gives every pupil 
 an opportunity to earn school credit for earnest work in outside activities. 
 
 79. Dargan, Jane. "Organizing a Girls' League in High School," School 
 and Society, 33:534-36, April 18, 1931. 
 
 A companion article to that of R. H. Alahoney listed below. 
 
 80. Davidson, R. L. "A Survey of Extra-Curricular Activities in Mis- 
 souri High Schools," A thesis submitted for the Master's degree at 
 the University of Missouri. Columbia: University of Missouri, 1928. 
 
 An analysis of 256 returns from a questionnaire. 
 
 81. Davis, C. O. "Training for Citizenship in the North Central As- 
 sociation of Secondary Schools," Fourth Yearbook of the National 
 Association of Secondary School Principals. Cicero, Illinois: Na- 
 tional Association of Secondary School Principals, 1920, p. 45-64. 
 
 An analysis of 1180 returns from a questionnaire sent to all accredited 
 secondary schools in the North Central Association territory. Summarized 
 into a twenty-one-point conclusion. 
 
 82. Davis, Doris. "Assemblies, Festivals, Exhibits, and Other School 
 Activities as Stimulating Growth in Principals and Teachers," Third 
 Yearbook of the Department of Elementary School Principals. 
 Lansing: Michigan Education Association, 1929, p. 110-12. 
 
 An elementary discussion but with direct application. 
 
 83. Deam, T. M. and Bear, O. M. Socializing the Pupil Through Ex- 
 tra-Curricular Activities. New York: B. H. Sanborn and Companv, 
 1928. 324 p. 
 
 Appendix A is a digest of the literature on extra-curricular activities. 
 Includes an annotated bibliography of forty-eight items. 
 
High School Science Clubs 45 
 
 84. Dee, M. B. "Objectives and Activities in the Extra-Curricular Field 
 Which Illustrate the Seven Cardinal Principles of Education," Ed- 
 ucation, 49:583-91, June. 1929. 
 
 The comparisons between the curricular and the extra-curricular activi- 
 ties are suggestive of how a well-organized program of the latter kind may 
 contribute to the fundamental principles of curricular work. A bibli- 
 ography on extra-curricular activities is included. 
 
 85. Diwoky, F. F. and Lewis, J. R. "The Use of Drawings for Stimu- 
 lating Interest in Laboratory Technique," Journal of Chemical Ed- 
 ucation, 6:1523-24, September, 1929. 
 
 Includes material of the "What is wrong in this picture?" type which 
 is suggestive for a program. 
 
 86. Dodd, J. W. "How Do Pupil Activities in the Junior High School 
 Affect the Later Success of Students in Senior High School and 
 College Life," Junior High School Clearing House, 3:34, April, 1929. 
 
 Presents four criteria for judging junior high-school activities. 
 
 87. Dodson, N. E. "What Are the Vocational Possibilities in Extra- 
 Curriculum Activities," School Review, 37:767-70, December, 1929. 
 
 A brief discussion on science and vocational clubs is included. Sug- 
 gests that the activities of these clubs should be as closely related to real- 
 life situations as possible. 
 
 88. Dunbar, R. E. "Chemistry for Fun," Science Education, 14:517-18, 
 March, 1930. Also, Journal of Chemical Education, 7:1944, August, 
 1930. 
 
 Twelve titles of books and twenty-nine other references which will 
 furnish the teacher and student suitable material for programs in science 
 clubs, assemblies, and similar gatherings. 
 
 89. Dunbar, R. E. "The Chemistry Open House as an Aid to Instruc- 
 tion," Journal of Chemical Education, 5:531-35, May, 1928. 
 
 The plans used at the Dakota Wesleyan University are suggestive for 
 club activity. 
 
 90. Dunbar, R. E. "Wholesome Publicity While You Wait," School 
 Science and Mathematics, 29:869-70, November, 1929. 
 
 Although this plan for the utilization of publicity is better suited to 
 collegiate activities, it can be modified for use by science clubs of secondary 
 schools. 
 
 91. Dunbar, R. E. and Schafer, Carrie. "Organization of the High 
 School Science Club. Bibliographv," lournal of Chemical Educa- 
 tion, 7:1327-31. June, 1930. 
 
 The authors include eleven points on organization, a suggested con- 
 stitution, an outline for a program of regular club meetings, twenty-one 
 general program suggestions, sources for insignia and badges, and an ex- 
 tensive bibliography on science-club helps. 
 
 92. Eakeley, F. S. "Club Activities in the Junior High School," Ameri- 
 can Educational Digest, 45:205-6, January, 1926. 
 
 A method whereby pupils make wise choices in club activities. 
 
46 Bulletin Xo. 60 
 
 93. Eakeley, F. S. "Formation of Club Activities in the Junior High 
 School," Junior High School Clearing House, 2:1-4, February, 1924. 
 
 A plan for organization and administration. 
 
 94. Eastburn, L. A. "Development of Student Body Organizations," 
 School Executives Magazine, 50:240-42, January, 1931. 
 
 Lists organizations in active operation in the Phoenix Union High 
 School, Phoenix, Arizona. 
 
 95. Echols, Silas. "The Status of Extra-Curricular Activities in Illinois 
 High Schools," Proceedings of the High School Conference, 1921. 
 Urbana: University of Illinois, 1922, p. 45-49. 
 
 A brief survey. 
 
 96. Eddy, G. E. "Training for Leisure in the Tunior High," New York 
 State Education, 19:38-40, 94, September-October, 1931. 
 
 A description of the plan and activities in the Washington Junior High 
 School, Rochester, New York, which began in February, 1918. Includes a 
 brief comment on a number of clubs. 
 
 97. Ederle, Helen. "Partial Study of Extra-Curricular Activities in In- 
 diana High Schools in 1929-1930," Teachers College Journal, 2:33-41, 
 November, 1930. 
 
 A studv based on 149 replies to a questionnaire. The last of the eight 
 general and tentative conclusions is to the effect that every extra-curricular 
 activity should have an educational objective. 
 
 98. Efron, Alexander. "Exhibits as an Aid in Building Interest in Sci- 
 ence," Bulletin of High Points, 13:49-51, May, 1931. 
 
 This describes eighteen exhibits of an industrial and classical nature 
 set up in a physical-science department, in which physics and chemistry ex- 
 hibits were alternated in periods of about three days each. 
 
 99. Ellsworth, E. E. "The Trial of Johnny Jones," Hygeia, 8:159-61, 
 February, 1930. 
 
 A one-act play. Fifty or more junior high-school students demon- 
 strate various physical stunts before "King Joy's Court." 
 
 100. Elking, Esther. "The Game of Chemists," Journal of Chemical Edu- 
 cation, 7:636, March, 1930. 
 
 A prize winning chemistry-club game developed on the plan of the 
 well-known game of authors. 
 
 101. Engelhardt, N. L. and Grill, G. W. "Internal School Accounting 
 for Extra-Curricular Activities in Public Schools," Teachers Col- 
 lege Record, 26:753-64, May, 1925. 
 
 This centers about the establishment of public confidence in students 
 who handle the money in a way satisfactory to the school. 
 
 102. Evans, E. E. "The Point System in Extra-Curricular Activities," 
 
 Junior-Senior High School Clearing House, 5:421-25, .March, 1931. 
 A point system in extra-curricular activities with interlocking features 
 for auricular activities. 
 
 103. Exelby, C. L. and Gambill, L. B. "Science Club Manual." North 
 Lansing, Michigan: National Club Manual Company. 1931. 92 p. 
 
 About ten pages arc devoted to a general discussion of science clubs, 
 including suggestions for their organization. Twenty-five program outlines 
 
High School Science Clubs 47 
 
 and sixty suggested topics for programs, together with a short bibliography, 
 constitute the remainder of the booklet. The treatment lends itself to 
 junior high-school work. 
 
 104. Fall, P. H. "An Annual Chemistry Party," Chemistry Leaflet, 5: 
 48-55. September 17, 1931. 
 
 A suggestive plan used at Hiram College. 
 
 105. Farmer, C. S. "Camera Clubs," School, 19:423-29, January. 1931. 
 
 This considers the phases of camera-club activity in some detail and 
 includes a copy of the rules and regulations for camera-club competition 
 for the secondary schools in and around Toronto. 
 
 106. Farris, L. P. "Training Through Club Activities," Tunior-Senior 
 High School Clearing House, 5:419-21, March. 1931. 
 
 A discussion of four objectives of club activities in which it is possible 
 to obtain a progressive education by "learning the lessons of life naturally, 
 under friendly guidance, in an environment of freedom suited to the age 
 and capacity." 
 
 107. Farson, M. E. "The Cinderella of the Metals," Journal of Chemical 
 Education, 2:57-61, January, 1925. 
 
 A play in two acts and stage sets for six girls and three boys. It is 
 based on Group I of the Periodic Table and was originally presented in the 
 Hamilton School of Chicago. 
 
 108. Feldman, L. C. "Outside of Classroom Activities in Science," School 
 Science and Mathematics, 20:700-6, November, 1920. 
 
 Includes data on six agriculture clubs obtained in a survey of thirty- 
 seven Wisconsin schools. Xo clubs were found which considered science 
 from the academic angle, in the stricter sense. 
 
 109. Feldman, L. C. "A Science Club in a High School." School Science 
 and Mathematics, 18:54-56, January, 1918. 
 
 A suggestive treatment for the organization, supervision, and activities 
 of such a club. Concludes with a list of four general requirements for 
 membership. 
 
 110. Feldman, R. L. "A Show Window for the Chemistry Department," 
 Journal of Chemical Education, 8:371-72, February, 1931. 
 
 An excellent idea for a club activity hinging on the construction of 
 the chemistry rooms. 
 
 111. Ferris, H. J. Girls' Clubs, Their Organization and Management. 
 Xew York: E. P. Dutton and Company, 1918. 375 p. 
 
 Especial attention is given to the importance of the sponsor. Informa- 
 tion particularly applicable to the operation of science clubs may be found. 
 
 112. Fiske, T. P. "Extra-Curricular Activities," Industrial Arts and Vo- 
 cational Education, 19:340-41, September, 1930. 
 
 This includes a typical outline for a camera or kodak club, among other 
 clubs, as illustrative of nine general considerations. It is quite suggestive 
 from the administrative point of view. 
 
 113. Forsythe and Bowers. The Plant Wizard. Berkeley, California: 
 University Apparatus Company. 
 
 A three-scene tribute to Luther Burbank. Nineteen characters, and 
 groups of dancers. Time, thirty minutes. 
 
48 Bulletin No. 60 
 
 114. Foster, C. R. Extra-Curricular Studies in the High School. Rich- 
 mond, Virginia: Johnson Publishing Company, 1925, p. 19-21, 27-57, 
 108-27. 
 
 The pages specified include a list of clubs in a Philadelphia junior high 
 school, the writer's conception of typical actually existing clubs, the objec- 
 tives of science clubs, descriptions of the Senior Nature Club and the Live 
 Wire Club (electrical), the purpose of assemblies, sample programs, and 
 bibliographies. 
 
 115. Fox, M. W. "The Duchess of Trent," Hvgeia, 8:846-48, September, 
 1930. 
 
 A play of two short acts with one stage set for eight girls. It may be 
 concluded with drills. 
 
 116. Frank, J. O. How to Teach General Science. Philadelphia: P. 
 Blakiston's Son and Company, 1925, p. 116-18. 
 
 The author lists reasons why science clubs fail and discusses briefly 
 eight points in club organization. 
 
 117. Frazier, F. P. "General Science Club Notes," School Science and 
 Mathematics, 31:341-44, March, 1931. 
 
 A list of activities suited to a club membership of forty-seven students 
 in the Donald McKay Junior High School, East Boston, Massachusetts. 
 
 118. Fretwell, E. K. "The Assembly," Sixth Yearbook of the National 
 Association of Secondary School Principals. Cicero, Illinois: Na- 
 tional Association of Secondary School Principals, 1922, p. 147-54. 
 
 Pages on aims of school assemblies and how to realize them have some 
 reference to clubs. 
 
 119. Fretwell, E. K. "Education for Leadership," Teachers College 
 Record, 20:324-52, September, 1919. 
 
 Various aspects in detail on the organization for directing certain ac- 
 tivities in the Speyer Junior High School of New York City. 
 
 120. Fretwell, E. K. Extra-Curricular Activities in Secondary Schools. 
 Boston: Houghton Mifflin Company, 1931, p. 1-19, 253-95, 444-75. 
 
 Discusses a number of topics pertaining to clubs. 
 
 121. Fretwell, E. K. "Extra-Curricular Activities of the Boys' High 
 Schools," Report of the Survey of the Public School System of 
 Baltimore, Maryland, Vol. 3. Baltimore: Public Schools, 1921. p. 
 101-11. 
 
 The writer discusses the organization and administration of these ac- 
 tivities, evaluates the work, and offers a constructive program. Informa- 
 tion on school clubs is included. 
 
 122. Fretwell, E. K. "Extra-Curricular Activities of Secondary Schools, 
 A bibliography," Teachers College Record, 24:60-72, January, 1923. 
 
 An extensive annotated work. 
 
 123. Fretwell, E. K. "The Place of Extra-Curricular Activities in Edu- 
 cation," School and Society, 21:633-30, .March 14, 1925. 
 
 This is an address read before the Harvard Teachers' Association. It 
 considers clubs among other activities and lays down five principles for the 
 former: (1) a constructive policy, (2) growth from classroom, (3) hu- 
 manizing process open to every teacher, (4) a club for every pupil with 
 sponsor for clubs, (5) stimulation from principals direct to sponsors. 
 
High School Science Clubs 49 
 
 124. Fretwell, E. K. "Ten Tests for a School Club," Tunior-Senior High 
 School Clearing House, 5:387-89, March, 1931. 
 
 The tests cited are: (1) common interest, (2) sources of common 
 interest, (3) size of club, (4) active participation, (5) a stepping-up pro- 
 gram, (6) satisfaction, (7) pupil membership, (8) club's relation to the 
 school, (9) club's name, (10) club's sponsor. 
 
 125. Froula, V. K. "Kxtra-Curricular Activities: Their Relation to the 
 Curricular Work of the School." National Education Association, 
 Journal of Proceedings and Addresses, Vol. 53. Washington: Na- 
 tional Education Association, 1915, p. 737-42. 
 
 A statement of some practices necessary for the organization of such 
 activities, together with an appropriate philosophy. 
 
 126. Gegenheimer, F. C. "Mathematics Clubs," School Science and 
 Mathematics, 16:791-92, December, 1916. 
 
 The plan of the Mathematical Society of the Marion, Ohio, High 
 School. 
 
 127. Gere, M. C, et al. "The High School Chemistry Library," School 
 Science and Mathematics, 29:859-63, November, 1929. 
 
 A suggestive list for clubs purchasing books for the chemistry library. 
 
 128. Gill, John. "Extra-Class Room Activities," Sierra Educational 
 News. 25:22-24. September, 1929. 
 
 This is based on a questionnaire sent to the secondary and the larger 
 elementary schools of San Mateo County, California. 
 
 ). Glenn, E. R. and Walker, Josephine. "Bibliography of Science 
 Teaching in the Secondary Schools, Lincoln School, Teachers Col- 
 lege, Columbia University, New York," United States Bureau of Ed- 
 ucation Bulletin, 1925, No. 13. Washington: Government Printing 
 Office, 1925. 161 p. 
 
 A comprehensive collection of information. 
 
 130. Goldsmith, G. B., et al. "A Burrough's Dav Project," General Sci- 
 ence Quarterly, 6:538-50, May, 1922. 
 
 A plan, together with the material, used in the Salem, Massachusetts, 
 State Normal School. 
 
 L31. Goodrich, T. V. and Clements, S. L. "A Comparison of a Group of 
 High School Failures with a Group of Successful Students," School 
 and Society, 18:715-20, December 15, 1923. 
 
 A minor part of the study considers club memberships in which eighty- 
 eight students belonging to no clubs were unsatisfactory students as com- 
 pared with forty that were satisfactory. About 43 per cent of the satisfac- 
 tory group were members of clubs, while only 11 per cent of the unsatis- 
 factory group were members. 
 
 132. Gordon, N. E. "The Value of a Science Club in Secondary Schools," 
 School Science and Mathematics, 17:802-4, December, 1917. 
 
 An outline of activities covering ground that must otherwise be 
 neglected. 
 
 133. Gorsline, Robert. "Home Room Pictures," High School Teacher, 
 6:366-67, 371, November, 1930. 
 
 A forceful discussion built on the thesis that the home room can be 
 made and is in some cases the greatest training ground for citizenship and 
 
50 Bulletin No. 60 
 
 character in secondary schools. It includes a list of standards for judging 
 home-room sponsors which is applicable for judging club sponsors. 
 
 134. Gosling, T. W. "Evaluation of Extra-Curricular Activities," Ohio 
 Schools, 7:189-90, May, 1929. 
 
 An analysis in terms of certain studies reported in the Sixth Yearbook 
 of the Department of Superintendents, including a three-point test for 
 extra-curricular activities and a list of challenges for students. 
 
 135. Gow, R. M. "Service Club," Education. 52:147-51. November, 1931. 
 
 A thought-provoking statement on policies and plans in which the 
 author indicates the importance of direction through service clubs whose 
 activities extend beyond the school. 
 
 136. Graff, Margaret. "Euclid Dramatized." School Science and Mathe- 
 matics. 21:381-82, April, 1921. 
 
 A brief but suggestive account of the dramatization of some of the 
 stories of early mathematicians by students of the South Philadelphia High 
 School for Girls. 
 
 137. Grimes, J. O. "An Accounting System for the Extra-Curricular Ac- 
 tivities in the Ypsilanti High School." American Schoolmaster, 18: 
 294-99, September, 1925. 
 
 Describes in detail the accounting system used in the Ypsilanti, Michi- 
 gan, High School. 
 
 138. Hadley, Theodosia. "The Relation of Nature Study to Boys' and 
 Girls' Club Work," Nature Study Review. 16:54-61, February, 1920. 
 
 An outline of the values of such club work, with suggestions as to how 
 nature study may be used in obtaining these values. 
 
 139. Hall, A. L., et al. "The New Assistant," Journal of Chemical Educa- 
 tion. 2:600-4. July, 1925. 
 
 A one-act play on the advantages of the metric system. Requires a 
 minimum of eight boys and one girl to represent various nations using the 
 system. The stage and costumes needed are simple. 
 
 140. Hanske, C. F. "A Science Auditorium Program." School Science 
 and Mathematics. 30:884-93, November, 1930. 
 
 A play, "The Triumph of Science," for twenty-five characters. Time 
 about forty-five minutes. 
 
 141. Hanson, F. W. "Organizing and Running a Chemistry Club," Re- 
 port of the New England Association of Chemistrv Teachers, 31: 
 11-14, September, 1930. 
 
 This article deals with organizing and running a chemistry club, and 
 what one gets out of such a club. It discusses the five-year-old Chemistry 
 Club, W'illiy High School, Waterbury, Connecticut, in which a parents' 
 night, a Christmas social, an alumni night, and an annual banquet are em- 
 ployed to obtain intra- and extra-mural relationships valuable to the club, 
 the school, and the community. 
 
 142. Hanway, H. F. "Small School Auditorium," New York State lulu- 
 cation, 18:193-94, October, 1930. 
 
 An account of how various clubs, among the activities of the school, 
 make use of the auditorium in the school at East Norwich, New York. 
 
 143. Harding, P. H., et al. "A Mathematical Victory," School Science 
 and Mathematics. 17:475-82, June, 1917. 
 
 A play in two acts and four scenes written under the auspices of the 
 
High School Science Clubs 51 
 
 mathematics club of the Los Angeles State Normal School of California. 
 Numerous characters of both sexes. 
 
 144. Hart, F. T. "Fire Prevention as a Program for General Science, 
 Suggestions for," School Science and Mathematics, 25:153-56, Feb- 
 ruary, 1925. 
 
 Includes a score card for evaluating the degree of carelessness in the 
 home. 
 
 145. Hartson, L. D. "Psychology of the Club," A dissertation submitted 
 for the degree of Doctor of Philosophy at Clark University. Wor- 
 cester, Massachusetts: Clark University. 
 
 A study in social psychology. It includes Gulick's classification of in- 
 terests and activities based on age and other applicable information. 
 
 146. Hathaway, E. V. Festival of Indian Corn. New York: A. S. 
 Barnes and Company, 1930. 22 p. 
 
 A historical pageant depicting in verse, dance, and pantomime the 
 settling of the Western plains. 
 
 147. Haub, H. D. F. "Students' Research Work in High School Chem- 
 istry," Journal of Chemical Education, 4:1241-59, October, 1927. 
 
 Detailed suggestions for work which may be conducted by club 
 members. 
 
 148. Hayes, W. J. "Recording the Extra-Class Activities of High School 
 Pupils," School Review, 39:439-48, June, 1931. 
 
 A detailed plan supported by the author's study of voluntary school 
 participation in school activities in which it is developed that the number 
 of memberships may be taken as a crude index of the voluntary participa- 
 tion, but that time is a more refined measure. "Time also measures the 
 differential of participation among members of the same group, leaders or 
 chief actors being differentiated from followers by a relative time con- 
 sumption." 
 
 149. Hazard, I. W. "The Diamond Dick Lunch Room," Chemistry Leaf- 
 let, 4:25, 29; January 29, February 5, 1931. 
 
 A play with four characters — a Chinese waiter and three cowboys. It 
 combines novel chemical tricks with a lunch. Time, forty minutes. 
 
 150. Heathcote, D. J. "Clubs in Junior High Schools," Michigan Edu- 
 cation Journal 1:213-14, January, 1924. 
 
 The writer suggests what clubs should be organized in junior high 
 schools, how they should be organized, when they should meet, and so 
 forth. 
 
 [151. Heintz, W. W. "A Janitor's Life," Journal of Chemical Education, 
 6:1793-96, October, 1929. 
 
 A one-act comedy with two characters. The chemical tricks called 
 for must be prepared under experienced supervisor. 
 
 52. Henry, E. G. Helps for Club Program Makers. Chicago: Chicago 
 American Library Association, 1930. 68 p. 
 
 Although primarily intended for the use of librarians working with 
 women's clubs, this bibliography will be found helpful in correlating scien- 
 tific material with other subject-matter. The content includes: club pro- 
 gram-making, study clubs, index to material, books included in the index, 
 additional hooks suggested, periodicals and organizations referred to, and 
 state agencies giving help to women's clubs. 
 
52 Bulletin No. 60 
 
 153. Herriott, M. E. "Assembly Programs for Class Work," School Sci- 
 ence and Mathematics, 25:150-52, February, 1925. 
 
 An illustrated article for a fake radio program. The principle could 
 be used with other material. 
 
 154. Higburg, William. "Student Meetings at the Indiana Section of the 
 American Chemical Societv," Journal of Chemical Education, 8: 
 1613-17, August, 1931. 
 
 This section was instituted in 1922 to acquaint the embryo chemists of 
 the state with industry, particularly that of Indiana, and to give them 
 assistance in finding their proper place in the scheme of chemical develop- 
 ment. 
 
 155. Hodges, F. B. "C. A. C. Camera Club of Oneida, New York," 
 Photographic Era, 64:293-99, June, 1930. 
 
 An appreciation, and at the same time an outline, of activities of an 
 adult organization worthy of emulation. 
 
 156. Holbeck, E. S. "Making the Extra Classroom Activities Socially 
 Significant," Journal of Educational Sociology, 3:354-58, Februarv, 
 1930. 
 
 This describes the plan used by the junior high school of Passaic, New 
 Jersey. It includes references to camera, radio, and first-aid clubs, among 
 others, which were used to put new life and interest in the school. 
 
 157. Holroyd, G. H. "First Steps to Freedom: A School Camera Club," 
 New Era, 12:31, January, 1931. 
 
 158. Holtzman, Clarence. "Chief Bughunter," School Science and Mathe- 
 atics, 30:681-83, June, 1930. 
 
 A method of training pupils in entomology. Can be used by a science 
 club or section. 
 
 159. Homewood, Boyd. "Extra-Curricular Activities and Their Super- 
 vision," High School, 8:203-5, April, 1931. 
 
 In this plan the activity director acts as night principal and is in com- 
 plete charge of the building during all evening functions. He deals with 
 faculty advisers rather than with students. This relief given the principal 
 makes it possible for all work to be done better. 
 
 160. Hosic, J. F. "How to Integrate Curricular and Extra-Curricular 
 Activities-Abstract," Official Report of the Department of Superin- 
 tendence. Washington: National Education Association, 1931, p. 
 214. 
 
 This is based upon the thesis that the potentially educative school clubs, 
 among other extra-curricular activities, open the way to the cultivation of 
 special interests and aptitudes. 
 
 161. Houston, G. D. "Kxtra Curriculum Activities in Their True Light," 
 Education, 282-92, January, 1930. 
 
 Points out that as far as literature is concerned the values have been 
 assumed rather than proved ; that sponsors should be more than mere at- 
 tendants or spectators and should have a definite program with respect to 
 educational values correlated with the curriculum and serving to help moti- 
 vate the curriculum subjects; that enforced attendance approaches a slap 
 at personal freedom ; that the homeroom offers some distinct advantages ; 
 and, finally, that the real service of such activities lies in their educational 
 possibilities rather than in their validity and number. 
 
High School Science Clubs 53 
 
 162. Howe, F. W. "Boys and Girls Agricultural Clubs," Farmer's Bulle- 
 tin, Xo. 385. Washington: United States Department of Agricul- 
 ture, 1910. 23 p. 
 
 Basic information on the nation-wide organization. 
 
 163. Huffman, Mary. "A Meeting under Difficulties," Current Science, 
 9:72. January 19-23. 1931. 
 
 An outline of science-club meeting and work in the Michigan School 
 for the Deaf at Flint. 
 
 164. Huggett, A. J. "Contracting for Extra-Curricular Activities," Amer- 
 ican School Board Journal, 82:116, June, 1931. 
 
 The administrative method used in the Lake Orion, Michigan, schools 
 to avoid inexcusable situations is to specify extra-curricular requirements 
 or duties in teachers' contracts. 
 
 165. Hunter, G. W. "What a Science Club Can Do for a School," School 
 Science and Mathematics, 23:817-20, December, 1923. 
 
 A historical account, covering a twenty-year period, of the development 
 of the Biological Field Club, DeWitt Clinton High School, New York. 
 
 166. Illinois State Academy of Science. "A Brief History of the Junior 
 Academy of Science," Transactions. Vol. 23, No. 1. Springfield: De- 
 partment of Registration and Education, 1930, p. 23-24. 
 
 Reports the activities of the junior organization. 
 
 167. Illinois State Academy of Science. "Constitution and By-Laws — 
 Junior Section of the Illinois State Academy of Science," Transac- 
 tions, Vol. 24. No. 1. Springfield: Department of Registration and 
 Education, 1931, p. 37-38. 
 
 168. Indall, H. A. R. "Administering School Activities," High School 
 Teacher, 6:76-78, February, 1930. 
 
 The plan used in the Highmore schools of South Dakota. Includes a 
 point system in which there appears to be no special emphasis on clubs 
 related to the class-room. 
 
 169. Indiana University, School of Education, Bureau of Cooperative 
 Research. "Topical Analysis of 234 School Surveys," Bulletin, Vol. 
 3, No. 4. Bloomington: Indiana University, 1927. Ill p. 
 
 Shows what attention school surveys give to clubs and related topics. 
 
 170. Inglis, Alexander. Principles of Secondary Education. Boston: 
 Houghton Mifflin Company, 1918, p. 715-17. 
 
 A brief critical statement on extra-curricular education, with the 
 opposed danger signs. 
 
 171. Insignia and badges for clubs may be obtained at a low cost from 
 the following firms: 
 
 "Ace" Badge, Button, and Medal Company, 303 Fifth Avenue, New 
 York. 
 
 Bastian Brothers, 54 Bastian Building, Rochester, New York. 
 Dieges and Clust, 15 John street, New York. 
 Eagle Regalia, 115 Nassau street, New York. 
 Science Classroom, 381 Fourth Avenue, New York. 
 Spies Brothers, 27 East Monroe, Chicago, Illinois. 
 
54 Bulletin No. 60 
 
 172. Jacobs, A. H. "Chemical Posters," Journal of Chemical Education, 
 2:792-94, September, 1925. 
 
 The writer suggests the collection of posters for chemical subjects 
 and gives six examples. 
 
 173. Jacobs, A. H. "Chemistry as Depicted in Art," Journal of Chemical 
 Education, 2:111-13, February, 1925. 
 
 This is suggestive for clubs making purchases of this sort. 
 
 174. Jacobs, A. H. "Friendlv Fire," Journal of Chemical Education, 
 6:1787-89, October, 1929. 
 
 An enlivening supplement for a fire-prevention-week program, includ- 
 ing nine experiments, all of which may be done by one person. 
 
 175. Jacobson, C. A. "A Chemical Spelling Match," Science, 56:368-69, 
 September 29, 1922. 
 
 A modification of the old-time spelling bee, as staged at West Virginia 
 University. A useful idea for club stunt. 
 
 176. Johnson, F. W. "The School Organization of the High School," 
 School Review, 17:665-80, December. 1909. 
 
 A classical account of activities in the University of Chicago High 
 School evolved under the deanship of William Bishop Owen. 
 
 177. Jolly, L. F. "An Accounting System for High School Organiza- 
 tions," School Review, 31:136-42, February, 1923. 
 
 This describes an accounting system used in a number of Illinois high 
 schools. 
 
 178. Jones, Gertrude. "Clubs in High School," American School Board 
 Journal, 68:57-58, February, 1924. 
 
 This considers the kinds, values, purposes, and management of clubs. 
 
 179. Jones, Gertrude. "Survey of Extra-Curriculum Activities in High 
 School," School Review. 34:734-44, December, 1926. 
 
 A survey that includes the extent of participation in clubs in the Lin- 
 coln, Nebraska, High School, with suggestions for improvement, elimina- 
 tions, and additions, educational experience afforded pupils, and the process 
 of perfecting the program. 
 
 180. Jones, Gertrude. "Systematizing the Financial Affairs of High 
 School Student Organizations," School and Societv, 15:611-12, June 
 3, 1922. 
 
 A brief description of the finance system used in the Lincoln, Ne- J 
 braska, High School. 
 
 181. Jones, Gertrude. "Three Principles Underlying the Administration 
 of Extra-Curricular Activities," School Review, 33:510-22, Septem- 
 ber, 1925. 
 
 Of the 2062 pupils enrolled in the high schools of Lincoln, Nebraska, 
 1967 were members of some high-school club. The writer points out that 
 "substitution of worth-while activities for undesirable ones, and financial 
 control are fundamental." 
 
 182. Jordan, R. H. Extra-Classroom Activities in Elementary and Sec- 
 ondarv Schools. New York: T. Y. Crowell Companv, 1928, p. 126- 
 45. 
 
 The pages mentioned include a general discussion of societies and 
 clubs. 
 
High School Science Clubs 55 
 
 183. Jordy, L. C. "All Wet— A Scientific Treatment on Water." Madi- 
 son, New Jersey: L. C. Jordy, Drew University. 
 
 184. Jordy, L. C. "Explosives; a Burlesque Lecture," Journal of 
 Chemical Education, 7:653-59, March, 1930. 
 
 A two-character presentation suitable for the sponsor's personal presen- 
 tation before a chemistry club of members well advanced in the course. 
 
 185. Jordy, L. C. "How Times Have Changed ! A Playlet in Two Acts," 
 Journal of Chemical Education, 8:256-69, February, 1931. 
 
 Ben Johnson's longer play, "The Alchemist," revised and brought up to 
 date. It requires nine characters, including one girl. 
 
 186. Judd, C. H. Psychology of Secondary Education. Boston: Ginn 
 and Company, 1927, p. 325-57. 
 
 The psychology of natural science is treated in these pages. 
 
 187. Kindy, M. M. "A Successful Open-House Program," Journal of 
 Chemical Education, 8:2046-50, October, 1931. 
 
 A plan used in the Franklin High School of Los Angeles. It includes 
 novel modifications of old experiments. One and a quarter hours in length. 
 
 188. Kistler, R. C. "Selling High School Chemistry to the Community," 
 Journal of Chemical Education, 7:1324-46, June, 1930. 
 
 A chemistry carnival for arousing student interest in chemistry. 
 
 189. Klein, Paul. "Extra Class-Room Activities in the Evening High 
 School," Education, 51:240-44, December, 1930. 
 
 The writer states eight principles relative to general organization, 
 membership, officers, time for meetings, schedule, and finance. 
 
 190. Knapp, J. S. "Indian Summer in Reading," Playground and Recre- 
 ation, 22:78-82, May, 1928. 
 
 Five episodes and four interludes compose the program. An effective 
 method of working with larger groups. Time, one and three-quarters 
 hours. 
 
 191. Koos, L. V. The American Secondary Schools. Boston: Ginn and 
 Company, 1927, p. 583-97. 
 
 Allied activities, including the values ascribed, obstacles, types, prin- 
 ciples, and practices of organization, administration, and supervision of 
 pupil-participating work are considered. 
 
 192. Koos, L. V., et al. "Extra-Curricular Activities," Twenty-Fifth 
 Yearbook of the National Society for the Study of Education, 
 Part II. Bloomington, Illinois: Public School Publishing Company, 
 1926, p. 9-22. 
 
 Clubs as well as other extra-curricular activities in both junior and 
 senior high schools are dealt with. The discussion includes general prin- 
 ciples and practices, as well as accounts of what particular schools do. 
 
 193. Lamar, W. L. "The Arabian Barber Shop," Journal of Chemical 
 Education, 6:2011-18, November, 1929. 
 
 A one-act comedy with two characters for presentation under ex- 
 perienced supervision. Some excellent chemical tricks are introduced. 
 
 194. Lamar, W. M. "The Fraternity Initiation," Journal of Chemical 
 Education, 6:2254-59, December, 1929. 
 
 A prize winning one-act burlesque for eight characters. This is par- 
 ticularly appropriate for use by a chemistry club. 
 
56 Bulletin No. 60 
 
 195. Lantz, C. W. "Science Clubs in High Schools," Iowa State Teachers 
 College Extension Division, Science Bulletin, Vol. 4, No. 1. Cedar 
 Falls: Iowa State Teachers College, 1931, p. 1-2. 
 
 An outline of activities of the Iowa Junior Academy of Science, the 
 growth of the movement in other states, and the support it has through 
 the national committee on junior academies. 
 
 196. Law, S. D. "High School Projects in Chemistry," Journal of Chemi- 
 cal Education, 6:1139-43, June, 1929. 
 
 An outline of general technique for class work which might be adapted 
 to club activities. 
 
 197. Leonard, J. P. "Period for Extra-Curriculum Activities and Guid- 
 ance," Virginia Journal of Education, 24:24-27, September, 1930. 
 
 A critical presentation of four fundamental questions on the subject 
 answered on the basis of the seven principles of the newer education. 
 
 198. Lewis, J. A. "Experience with Science Clubs," School Science and 
 Mathematics, 23:624-29, October, 1923. 
 
 The values to be obtained from a well conducted club based on the ac- 
 tivities of four science clubs in New Brunswick, New Jersey, are given. 
 
 199. Lieberman, Elias. "Extra-Curricular Activities in High School," 
 Bulletin of High Points, 11:13-20, November, 1929. 
 
 In the Thomas Jefferson High School of New York City these activi- 
 ties are regarded as a part of the mental-hygiene program. Provisions are 
 made for a sufficiently extensive program with proper selectivity, direction, 
 and control. 
 
 200. Logan, J. G. "Experience with a Science Club," General Science 
 Quarterly, 7:15-18, November, 1922. 
 
 A selection of experiences in presenting programs of various sorts. 
 
 201. Lohr, V. C. and Holley, Clifford. "Differences Between Solids, 
 Liquids, and Gases," School Science and Mathematics, 31:39-40, 
 January, 1931. 
 
 A one-act play for three girls. 
 
 202. Lovejoy, P. C. "Extra Class Activities," High School Teacher, 
 6:143-44, April, 1930. 
 
 A discussion relative to the future when the entire school life will be 
 made up of activities. The arguments are based on the activities program 
 in the Hamtramck, Michigan, schools, where education is aimed at the 
 integration of personality. The article summarizes the schools' Educational 
 Monograph, No. 1, on creative teaching to promote the following objec- 
 tives: growth, initiative, efficiency, reason, and cooperation. 
 
 203. Lunt, J. R. "The Science of Common Things," General Science 
 Quarterly, 11:169-83, 263-80, March, May, 1927; 12:329-38, 407-12, 
 November, January, 1928. 
 
 A series of radio science lessons given in the Big Brother Club hour 
 of WEEI. Could be used in connection with a fake radio idea. 
 
 204. Lunt, J. R. and Haley, D. C. "Fire Kindling," Science Education, 
 14:551-55, March, 1930. 
 
 Five demonstrations. 
 
High School Science Clubs 57 
 
 205. Lussenhop, Raymond. "Organization of a Science Club," School 
 Science and Mathematics, 24:727-30, October, 1924. 
 
 The club referred to is the Bowen Bird Boosters of the Bowen High 
 School, Chicago, Illinois. Its organization and activities are outlined. The 
 latter are carefully supervised, a factor which helps account for the success 
 of the club. 
 
 206. Lyman, R. L. and Cox, P. W. L. Junior High School Practices. 
 New York: Laidlow Brothers, Inc., 1925. 215 p. 
 
 A collection of reprints of articles by a number of authorities on prob- 
 lems of the junior high school, including clubs. Most of these articles are 
 cited separately in this bibliography. 
 
 207. McBride, W. E. "Stimulating Extra-Curricular Activity," High 
 School Teacher, 6:34, January, 1930. 
 
 A discussion on major principles, awards, limitations, and results of a 
 program designed for a relatively small school. 
 
 208. McEvoy, S. A. "A Successful Project Plan in Chemistry," School 
 Science and Mathematics, 31:78-79, January, 1931. 
 
 The activities of a chemistry class organized as a club are stated briefly. 
 
 209. McGill, M. V. "A Live Chemistry Club in High School," Journal 
 of Chemical Education, 1:31-33, February, 1924. 
 
 The writer gives an account of a three-year-old club, including the plan 
 of its monthly field trips, outside speakers, and annual opening meetings, 
 as well as a sample program. 
 
 210. McGill, M. V. "Open Meeting of the Chemistry Club of Lorain 
 High School," Journal of Chemical Education, 2:294-304, April, 
 1925. 
 
 A three-act play with two stage sets. Some relations of the teaching 
 of chemistry to everyday life are shown. From fifteen to thirty or more 
 characters may be used in personifications of some leading chemists. 
 
 211. Mackay, E. "A Solution of the Literary Society Problem," North 
 Carolina Teacher, 1:10-11, September, 1924. 
 
 How a club program corrected the situation where high-school literary 
 societies "were dead, and didn't know it." 
 
 212. McKown, H. C. Assembly and Auditorium Activities. Xew York: 
 Macmillan Company, 1930. 462 p. 
 
 McKown's point of view is that the assembly is a whole-school experi- 
 ence in which the entire student body has a part. An entire chapter is 
 devoted to "Science and Mathematics." Another important feature is the 
 Assembly Program Rating Scale. 
 
 213. McKown, H. C. Extra-Curricular Activities. New York: Macmil- 
 lan Company, 1929, Chapter VI. 
 
 This chapter considers the various aspects of club work. 
 
 214. McKown, H. C. School Clubs: Their Organization. Administration, 
 Supervision, and Activities. Xew York: MacMillan Companv, 1929. 
 498 p. 
 
 The portions of this volume of most direct value are probably as fol- 
 lows: objectives of school clubs and basic principles of club organization, 
 p. 1-27; administration and supervision of club programs, p. 28-65; in- 
 ternal organization of clubs, p. 66-83 ; science and mathematics clubs with 
 
58 Bulletin No. 60 
 
 references for club work, p. 200-20 ; nature-study clubs, p. 221-25 ; health 
 clubs, p. 361-76. 
 
 215. McKown, H. C. "Suggestions for Supervising Extra-Curricular Ac- 
 tivities," High School Teacher, 5:45-47, February. 1929. 
 
 Four suggestions are discussed in detail. 
 
 216. McKown, H. C. and Horner, M. B. "Financial Administration of 
 Extra-Curricular Activities," Twenty-Fifth Yearbook of the Na- 
 tional Society for the Study of Education, Part II. Bloomington, 
 Illinois: Public School Publishing Company, 1926, p. 111-26. 
 
 This includes a study of costs for four hundred schools and gives 
 three types of financial organization. 
 
 217. McNamara, Marie. "The Organization of an Active Club Program," 
 Junior-Senior High School Clearing House, 5:394-98, March, 1931. 
 
 This is based on actual experience to the end that the club program of 
 the school serves the individual needs and interests and accomplishes the 
 objectives for which it was instituted. 
 
 218. McSorley, Kathryn. "Mock Trial of A versus B," School Science 
 and Mathematics, 18:611-21, October, 1918. 
 
 A clever one-act dramatization, adapted from Stephen Leacock's story, 
 "A. B. C." Sixteen characters, all boys, are needed. The jury represents 
 various branches of mathematics, pure and applied. 
 
 219. Mahoney, R. H. "The Bovs' Club in an Urban High School," 
 School and Society, 29:89-92, January, 1929. 
 
 An experimental plan used in the Bulkeley High School of Hartford, 
 Connecticut, to supplement student government. The Girls' League co- 
 operates in giving three suppers each semester. The activities are intended 
 to develop enthusiasm for the highest ideals in scholarship, sportsmanship, 
 fellowship, and character. 
 
 220. Mailer, J. B. "Cooperation and Competition; An Experimental 
 Study in Motivation," Teachers College, Columbia University, Con- 
 tributions to Education, No. 384. New York: Bureau of Publica- 
 tions, Teachers College, Columbia University, 1929, Chapter IX. 
 
 Club membership as a factor of motivation is discussed. No data for 
 science clubs alone are given. 
 
 221. Marble, A. L. "An Ideal Club Headquarters," Photographic Era. 
 61:334, December, 1928. 
 
 This gives the floor plan for the Camera Kraft Club at the State 
 Teachers College, St. Cloud, Minnesota, and presents pertinent data. 
 
 222. Marshall, J. J. "Administration of the Funds of School Organiza- 
 tions," School Review, 37: 251-52, April, 1929. 
 
 A bonded trustee of funds, represented by one of the high-school teach- 
 ers in the bookkeeping department, is the expedient method used in the 
 high school at Sheridan, Wyoming. This teacher is supplied with special 
 receipts and checks. 
 
 223. Marshall, Josephine. "Water, Its Composition. Purity, and Im- 
 purity," Science Classroom, 6:1-6, May, 1929. 
 
 A lantern and some apparatus are necessary. 
 
High School Science Clubs 59 
 
 224. Maurer, J. F. "Club Activities in the Junior High School," Industrial 
 Education Magazine, 32:9, July, 1930. 
 
 The clubs in the junior high school of Stamford, Connecticut, are di- 
 vided into eight catagories. Among the industrial-arts clubs are radio, air- 
 plane, aeronautics, toy, ship model, and ship improvement organizations. 
 These activities exist to the end that every student may be equipped with 
 a worthy hobby. 
 
 225. Medsger, O. P. "High School Camera Club," High School Teacher, 
 7:125-26, April 19, 1931. 
 
 An account of the history, organization, and activities of the Lincoln 
 High School Camera Club in Jersey City. 
 
 226. Meister, Morris. The Educational Value of Certain After School 
 Materials and Activities in Science. New York: A. M. Porter and 
 Company, 1921. 175 p. 
 
 An excellent study. It sets forth a three-point guide for all further 
 attempts in club work: workable materials, definite program, and intelli- 
 gent leadership. Other significant ideas are that specialized clubs are gen- 
 erally "short-lived," that the success of clubs is more dependent upon 
 sponsors than upon any other one factor, and that there are five general 
 types of activities meriting description: lectures, trips, school assemblies, 
 and so forth. 
 
 227. Meister, Morris. "Managing a Science Club," General Science Quar- 
 terlv, 7:1-15, November, 1922. Also, in School Science and Mathe- 
 matics, 23:205-17, March, 1923. 
 
 An excellent discussion concerned with types of clubs, organization of 
 clubs, program of activities, and an elaborate point system used as the basis 
 of awards. The central conception is that the chief role of the science club 
 is as a vehicle on which promiscuous after-school activities may be carried 
 into the classroom where they may be guided and controlled. 
 
 228. Meister, Morris. "A Scientific Program for a School Assembly, — 
 Edison," Science Classroom, 3:3-4, February, 1924. 
 
 A suggestive consideration of the man, his methods, and his work. 
 
 229. Meyer, H. D. Handbook of Extra-Curricular Activities in the High 
 School; Especially Adapted to the Needs of the Small High School. 
 New York: A. S. Barnes and Company, 1926. 402 p. 
 
 Includes suggestions for club activities, a list of clubs, and a bibli- 
 ography. 
 
 230. Meyer, H. D. The School Club Program! New York: A. S. Barnes 
 and Company, 1926. 178 p. 
 
 A discussion of the organization, administration, activities, and supple- 
 mentary agencies, with lists of clubs and a bibliography. 
 
 231. Meyer, H. D. and Eddleman, S. M. Financing Extra-Curricular Ac- 
 tivities. New York: A. S. Barnes and Company, 1930. 132 p. 
 
 Methods of raising and distributing finances, with four suggested 
 systems given in detail. 
 
 232. Mickel, R. A. "Interest Activities and What They Mean to the 
 Pupil," Nation's Schools, 7:39-43, February, 1931. 
 
 The records of the boys at Western Reserve Academy, Hudson, Ohio, 
 exemplifying how a proper balance between the "co-curricular" projects 
 

 60 Bulletin No. 60 
 
 and the academic program vitalizes school life. The Natural History Club 
 and the Astronomy Club receive attention. 
 
 233. Millard, C. V. The Organization and Administration of Extra-Cur- 
 ricular Activities. New York: A. S. Barnes and Company, 1930. 
 
 145 p. 
 
 Considers definitions, classifications, and principles involved. An extra- 
 curricular library text. 
 
 234. Miller, D. W. "Suggested Programs for a Science Club," Science 
 Education, 14:331-34, November, 1929. 
 
 An outline of programs for a year's work, and other suggestions. 
 
 235. Miller, H. L. and Hargreaves, R. T. "Semi-Curricular and Extra- 
 curricular Activities," The Self-Directed School. New York: 
 Charles Scribner's Sons, 1925, Chapter VII. 
 
 The most helpful portions are two department assembly programs: 
 One involves four experiments necessitating some special apparatus. 
 
 236. Monroe, Mack. "Clubs in the Barbour Intermediate School, De- 
 troit, Michigan," Twenty-Fifth Yearbook of the National Society 
 for the Study of Education, Part II. Bloomington, Illinois: Public 
 School Publishing Company, 1926, p. 18-86. 
 
 A plan in which some sixty clubs or social organizations in this school, 
 with an enrollment of 2000 pupils, were started, developed, and admin- 
 istered. 
 
 237. Monthly Evening Sky Map. Brooklyn, New York: Leon Barrett, 
 Publishers, 367 Fulton Street. Monthly, Vol. 1 — date; 1907 — date. 
 
 This publication is suited to the needs of the more advanced amateur 
 for which it would seem more or less indispensable. 
 
 238. Morton, Cora. "A Novel Chemical Quiz," Journal of Chemical Ed- 
 ucation, 4:84-85, January, 1927. 
 
 The letters of each italicized unit will spell the name of an element. 
 Material for the "fun" period in the program of a chemistry club or 
 section. 
 
 239. Movie Makers. (Vol. 1-2 as Amateur Movie Makers). New York: 
 Amateur Cinema League, Inc. Monthly, Vol. 1 — date; 1926 — date. 
 
 Although most of the clubs involved are adult organizations, the 
 League has some juvenile clubs. The suggestions in the "Amateur Clubs" 
 department are appropriate for all types. 
 
 240. Murphy, F. W. "Science Clubs That Work." General Science 
 Quarterly, 4:330-34, January, 1920. 
 
 A description of the organization, administration, and activities of the 
 Edisonian Science Club in the Irvin Avenue Junior High School at Pitts- 
 burgh. 
 
 241. Myers, W. H. "The Financial Control of Student Activities," 
 American School Board Journal. 79:48, 146. November, 1929. 
 
 A general treasury and a budget supervised by a finance committee is 
 used as a means of controlling unwarranted expenditures in athletics. 
 
 242. National Board of Fire Underwriters. Trial of Fire. New York: 
 National Board of Fire Underwriters. 
 
 A program suitable for use by a junior high-school club. 
 
High School Science Clubs 61 
 
 243. National Research Council. "Handbook of Scientific and Technical 
 Societies and Institutions of the United States and Canada," Bulle- 
 tin. Xo. 76. Washington: National Research Council, 1930. 352 p. 
 
 244. Nelson, Roberta. "Science Newspaper," School Science and Mathe- 
 matics. 31:339-40, March, 1931. 
 
 A detailed discussion of a worth while activity as conducted by the 
 science classes organized as a club in the Prince School of Boston. 
 
 245. Newhall, C. W. "A Secondary School Mathematics Club," School 
 Science and Mathematics, 11:500-9, June, 1911. 
 
 An account of a club organized in 1903 in the Shattuck School, at 
 Faribault, Minnesota. A bibliography and outlines of two programs are 
 included. 
 
 246. Nifenecker, E. A. "Organization of Subject Matter — Types of Ex- 
 ercises." The School Assembly. Xew York: Board of Education, 
 1917, Chapter IV. 
 
 Special group activities, including the science club, nature study, and 
 arts and crafts work, and community life outside of the school are dealt 
 with. 
 
 247. North Central Association of Colleges and Secondary Schools. "Re- 
 port of the Sub-Committee on Extra-Curricular Activities," North 
 Central Association Quarterly, 3:542-88, March, 1929. 
 
 This lists specific things pupils do, evaluates activities, considers clubs 
 as of eleven types in detail, and includes a bibliography on the subject. 
 Various pure and applied science clubs, among others, are treated. 
 
 248. Odell, C. W. and Blough, J. H. "An Annotated Bibliography Deal- 
 ing with Extra-Curricular Activities in Elementary and High 
 Schools," University of Illinois Bulletin, Vol. 23, Xo. 24, Bureau of 
 Educational Research Bulletin X T o. 29, Urbana: University of Illi- 
 nois, 1926. 40 p. 
 
 An annotated list of almost three hundred references dealing with 
 various aspects of extra-curricular activities. 
 
 249. Oerlein, K. F. "Science Clubs for Service," School Science and 
 Mathematics, 31:314-20, March, 1931. 
 
 The writer believes that practices in club organization are ineffective 
 on account of artificial aspects under which they operate, and that clubs 
 should be organized for definite needs in life. Membership in the three 
 sections of the club is highly selective. Its activities include annual benefit 
 programs, issuance of a mimeographed journal, development of a club 
 library, device contests, assembly programs, and an Inter-Suburban High 
 School Science Club League. 
 
 250. Oesterling, H. C. "The Illinois Junior Academy of Science," School 
 Science and Mathematics, 31:461-63, April, 1931. Also, Chemistry 
 Leaflet, 5:38-39, September 17, 1931. 
 
 A brief historical statement, together with a statement of the writer's 
 conception of what constitutes a science club. 
 
 251. Osburn, Ellsworth. "The Science Demonstration in the Junior- 
 Senior High School," General Science Quarterly, 12:227-36, 305-17; 
 May, November, 1927. 
 
 A comprehensive discussion, with suggestions for exhibits at each 
 grade level. Includes details for the organization and presentation of the 
 exhibit. 
 
62 Bulletin - No. 60 
 
 252. Osburne, R. W. "The Chemistry of Water," Francis W. Parker 
 School Year Book, Vol. 2. Chicago: Francis W. Parker School, 
 
 1913, p. 84-89. 
 
 A verbatim report of the program given jointly by the chemistry and 
 physics classes. Three boys, three girls, the sponsor, and the audience 
 participate. 
 
 253. Osborn, W. J. A Study of Children's Interests. Madison, Wis- 
 consin: State Department of Public Instruction, 1926. 23 p. 
 
 The writer points out that after children are fourteen years of age, 
 they usually join either student clubs or permanent adult organizations 
 already in existence. 
 
 254. Otto, Carl and Freedman, H. B. "A Chemical Vaudeville Show," 
 School Science and Mathematics, 28:755-63, October, 1928. 
 
 Seven characters present three acts, as follows: I. "The Grand 
 Pageant of Alchemy"; II. "A Bunch of Non-Scents"; III. "Odds and 
 Ends." Detailed suggestions are included. 
 
 255. Palmer, J. T. "Extra-Curricular Activities," American Educational 
 Digest. 44:260-61, February, 1925. 
 
 This considers the place of clubs in high-school life. 
 
 256. Parsons, G. L. "Your Opportunitv — An Industrial Play," Industrial 
 Arts Magazine, 18:51-54, February, 1929. 
 
 A play in two acts with two stage sets. Deals with the future of the 
 eleven or more boys in the cast. Time, about forty-five minutes. 
 
 257. Peaslee, L. D. "Out-of-Door Science Club for High School Stu- 
 dents," School Science and Mathematics, 18:337-45, April, 1918. 
 
 This gives the plan of the Milwaukee Science Club for boys organized 
 by the Department of Education of the Public Museum of Milwaukee. 
 Applications to other types of science clubs are made. 
 
 258. Pechstein, L. A. and McGregor, A. L. Psychology of the Junior 
 High School Pupil. Boston: Houghton Mifflin Companv, 1924, p. 
 221-25. 
 
 A brief discussion on clubs for the junior high school. 
 
 259. Peter, W. W. Mastodons, Microbes, and Man. Xew York: Clean- 
 liness Institute, Department of Health Service. 
 
 An illustrated lecture on cleanliness. 
 
 260. Pfeiffer, O. A. "The Scope and Function of Home Rooms, Clubs, 
 and Associations in the Program of Special Activities," A thesis 
 submitted for the Master's degree at the University of Texas. Aus- 
 tin: University of Texas. 
 
 A review of the literature on home rooms and a detailed account of 
 the pioneer work in the San Antonio schools. 
 
 261. Phelan, M. C. "New Home-Room Activity," Sierra Educational 
 Xews, 26:34. June, 1930. 
 
 The plan used in the John Burroughs Junior High School of Burbank, 
 California, wherein carl) student invites about five friends to a school 
 luncheon, after registering at office to avoid duplication. Orchestra music 
 and yells are followed by an assembly hour, 
 
Hir.H School Science Clubs 63 
 
 262. Pierce, L. M. "Our Chrysalis Club," School and Society. 34:231-32, 
 August 15, 1931. 
 
 This describes an organization drafted from the upper 10 per cent and 
 existing for the purpose of making the mentally brightest pupils the most 
 attractiyc, popular, and useful. 
 
 263. Pitcher, W. E. "Mathematics Club Meets," Mathematics Teacher, 
 24:199-207, April. 1931. 
 
 A one-act play on the early methods of writing numbers, and the ways 
 of adding, subtracting, and multiplying as presented by the Mathematics 
 Club of the Rawlings Junior High School, Cleveland, for four boys and 
 twelve girls. 
 
 264. Pope, M. E. "The Science Club," School Science and Mathematics, 
 26:^2, 554. May, 1926. 
 
 Specific suggestions for organization and operation are given. 
 
 265. Porter, Louise. "The Animals' Protest," Hvgeia, 8:466-68, May. 
 1930. 
 
 A one-act play for three boys and three girls of either junior or senior 
 high school. 
 
 266. Potter, Lula. "An Experiment of a Science Club," South Dakota 
 Education Association Journal, 6:390, March, 1931. 
 
 267. Prall, C. E. "Objective Aids in the Administration of a Club Pro- 
 gram," Junior-Senior High School Clearing House, 5:401-7, March, 
 1931. 
 
 The writer discusses the technique that has been utilized to date and 
 the probable outcome of an anticipated extension of these procedures. 
 
 268. Prichard, D. W. "The Water Supply," Journal of Chemical Educa- 
 tion, 5:1671, December, 1928. 
 
 A prize-winning plan for a city high-school chemistry club. 
 
 269. Pruitt, C. M. "Activities of Chemistry Clubs," Journal of Chemical 
 Education, 4:1037-42, August, 1927. 
 
 This describes the plans of Lincoln School and of the high schools of 
 Pittsburgh. Includes the aims and purposes of the clubs, suggested and 
 detailed club programs, and activities. 
 
 270. Public Education and Child Labor Association of Pennsylvania. 
 "Extra-Curricular Activities," Report of the Survey of the Public 
 Schools of Philadelphia by the Pennsylvania State Department of 
 Public Instruction, Book 4. Philadelphia: Public Education and 
 Child Labor Association of Pennsylvania, 1922, p. 113-163. 
 
 This survey involves eleven high schools in Philadelphia. 
 
 271. Putnam, Helen. "Three Exercises on the History of Pottery." 
 Francis W. Parker Yearbook, Vol. 2. Chicago: Francis W. Parker 
 School, 1913, p. 100-10. 
 
 Indian, Japanese, and Egyptian scenes suitable for science clubs of 
 high-school level, or for elementary and high school combined. 
 
 272. Rakestraw, N. W. "A Model Chemistry Clubroom," Journal of 
 Chemical Education, 7:891-92, April, 1931.' 
 
 A suggestive description of a clubroom at Brown University. 
 
64 
 
 Bulletin' No. 60 
 
 273. Ralph, L. V. "Leisure Value of Clubs." New York State Education, 
 19:36-7, 93, September-October, 1931. 
 
 This discusses such industrial-arts clubs as camera, toy, aeroplane, and 
 boat as found in the Central Park Intermediate School at Schenectady. 
 
 274. Redenbaugh, W. A. "Science Department and Motion Pictures," 
 Educational Screen, 9:6-7, January, 1930. 
 
 A brief account of the activities of a successful science club and of 
 the point system used. 
 
 275. Reed, Zulu. "High School Mathematics Clubs," Mathematics 
 Teacher, 18:341-64, October, 1925. 
 
 Values to be derived from such clubs, material for club programs, and 
 an extensive annotated bibliography including various helps are included. 
 
 276. Reeve, M. E. "A Trip Through the Sky," General Science Ouarterlv, 
 10:474-78, March, 1926. 
 
 A one-act play involving a witch, the planets, Sirius, Arcturus, a 
 planetoid, and the sun. 
 
 277. Richard, C. W. "Business Management and Analysis of Student 
 Activities," Educational Research Record, 2:106-17, February, 1930. 
 
 This includes extensive tables on methods of control and on financial 
 turnover. 
 
 278. Roberts, A. C. "An Experiment in Socialization," School Review, 
 26:25-34, January, 1918. 
 
 This includes a brief statement of club activity in the high school at 
 Everett, Washington. 
 
 279. Roberts, A. C. and Draper, E. M. Extra Class and Intramural Ac- 
 tivities in High School. New York: D. C. Heath and Companv, 
 1928, p. 344-57, 443-65, 486-98. 
 
 The pages indicated in the reference outline important aspects of club 
 work for five mathematics and ten science clubs, most of which are in 
 western states. Mathematics and science clubs in the academic program, 
 principles and practice in the effective control of extra-curricular finance, 
 and probable future development of extra-curricular activities to meet 
 new democratic and social demands are points dealt with. 
 
 280. Roberts, Ethel. Science Defends Itself. Clairton, Pennsylvania: 
 Ethel Roberts, Fifth Street Junior High School. 
 
 A science play with eight characters. 
 
 281. Roberts, J. E. "Extra-Curricular Principles and Practices," High 
 School Teacher, 5:173, February, 1929. 
 
 A discussion of assignments given to sponsors to insure even loads 
 for all. 
 
 282. Roemer, Joseph. "Comparison of Advantages and Disadvantages in 
 Developing Extra-Curricular Activity Programs in Large and Small 
 High Schools." School Life, 15:66-68, December, 1929. 
 
 An evaluation made by 105 students in an education class studying 
 extra-curricular activities. Includes a list of advantages and disadvantages 
 of these activities. 
 
 
 
High School Science Clubs 65 
 
 283. Roemer, Joseph. "Introducing a Program of Extra-Curricular Ac- 
 tivities in the Junior High School," School Review, 36:516-21, Sep- 
 tember, 1928. 
 
 The constructive program, as developed in the Memorial Junior High 
 School of Tampa, begins with the faculty, passes to the Parent-Teachers 
 Association, then is submitted to the pupils. The teachers were finally 
 given an opportunity to work on that phase of the program most interesting 
 to them. 
 
 284. Roemer, Joseph. "My Ideal Club," Junior-Senior High School 
 Clearing House, 5:385-86, March, 1931. 
 
 The author's conception is that the whole purpose of the club is social 
 and recreational, and that the chief undertakings consist in "the develop- 
 ment of adolescents morally, socially, and spiritually by guiding them into 
 and through activities especially designed to achieve these ends." 
 
 285. Roemer, Joseph. "Standards for Judging a Club Sponsor," Junior- 
 Senior High School Clearing House, 5:398-400, March, 1931. 
 
 Two score cards for judging the club sponsor are presented. One is 
 for the beginning and the other for the end of the semester. The points 
 are divided into three categories: fitness, attitude, and technique. 
 
 286. Roemer, Joseph and Allen, C. F. Extra-Curricular Activities in 
 Junior and Senior High Schools. Richmond, Virginia: Johnson 
 Publishing Company, 1929, p. 100-9. 
 
 Club activities are treated in the pages given. 
 
 287. Rohrback, Q. A. W. Non-Athletic Student Activities in the Second- 
 ary Schools: A Study of Aims and Outcomes. Philadelphia: 
 Westbrook Publishing Company, 1925. 233 p. 
 
 Science activities include both the pure and applied science clubs. Aims 
 and outcomes are treated from a critical point of view, in terms of (1) 
 conduct control, (2) leadership training, and (3) time devoted to activities 
 by students. 
 
 288. Rosenthal, Alice. "Science Motivation and the Science Club," 
 School Science and Mathematics, 31:463-64, April, 1931. Also, 
 Chemistry Leaflet, 5:39-41, September 17, 1931. 
 
 Herein is briefly described a boys' science club with weekly programs 
 and the requirement that each member appear on programs once a year. 
 Its activities include illustrated lectures, entertainments, excursions, and an 
 annual scientific assembly demonstration. 
 
 289. Ruddick, Dorothy, et al. "Interference — A Chemical Play," Journal 
 of Chemical Education, 4:905-7, July, 1927. 
 
 A one-act play for eleven characters, at least one of whom must be a 
 girl. It deals with relationships of atoms, molecules, valence, and certain 
 elements as developed by the authors in the senior high school of Keokuk. 
 
 290. Rugg, E. U., et al. "Summary of Investigations Relating to Extra- 
 Curricular Activities," Colorado State Teachers College Series, Xo. 
 9. Greeley: Colorado State Teachers College, 1930. 304 p. 
 
 Presents summaries of eighteen investigations in the field of extra- 
 curriculum activities, several of which have to do with clubs. 
 
 291. Rusk, R. D. How to Teach Physics. Philadelphia: J. B. Lippincott 
 Company, 1^23, p. 153. 
 
 A brief statement about science clubs as a means of vitalizing physics 
 courses. 
 
66 
 
 Bulletin No. 60 
 
 292. Russell, R. D. "What Benefits Do Pupils Derive from School 
 Clubs?" Nation's Schools, 7:35-40, March. 1931. 
 
 A study based on the returns from 288 schools of Idaho, Montana, 
 Oregon, and Washington. Administrative evidence indicates that in those 
 states, as activities are organized at present, there is less interest in subject- 
 centered clubs than in others. 
 
 293. Sargent, E. W. "Keeping Up Club Interest," Movie Makers, 5:487, 
 501-2, August, 1930. 
 
 The suggestions given are more or less applicable to other clubs. 
 
 294. Schlierholz, T. "A Number Plav in Three Acts." Mathematics 
 Teacher, 17:154-69, March, 1924. 
 
 A dramatization of D. E. Smith's, "Number Stories of Long Ago," as 
 presented by the students of the Ben Blewett Junior High School in St. 
 Louis. 
 
 295. Science Classroom. New York: Popular Science Publishing Com- 
 pany, Vol. 1 — date; 1921 — date. 
 
 This periodical includes a valuable department devoted to science-club 
 activities. 
 
 296. Scientific Book Club Review. New York: Scientific Book Club, 
 Inc., 80 Lafayette Street. 
 
 Official organ of the Scientific Book Club. The publication maintains 
 a juvenile department. Includes book lists which are dependable as a basis 
 of building a science-club library or a club department in a school library. 
 Membership in the club involves no dues or fees. 
 
 297. Shatts, W. P. "Education That Helps Boys to Plan Their Lives," 
 American City, 26:593, June, 1922. 
 
 A brief outline of a cooperative plan between industry, the Chamber of 
 Commerce, and the high school whereby boys in New Haven, Connecticut, 
 may be better informed about the industrial opportunities and extent of 
 manufacturing through the "Know New Haven Industries" organization. 
 It includes a five-point questionnaire for the industries with a general out- 
 line for all industrial lectures. 
 
 298. Sheehan, M. A. "Clubs; A Regular School Activity," High School 
 Journal, 4:132-35, October, 1929. 
 
 The club idea as it functions in the Washington Junior High School 
 of Rochester. The relationships to the cardinal principles, to organization, 
 and to the objectives for more than fifty clubs is considered. 
 
 299. Sheehan, M. A. Extra-Curricular Activities in a Junior High School. 
 Boston: R. G. Badger. 1927. 181 p. 
 
 Portions of this deal with the club period; outlines the club idea; lists 
 clubs, activities, objectives, and conditions; and cites references. 
 
 300. Shelton, J. A. "Ion Visits the Realm of Air," School Science and 
 Mathematics, 26:960-65, December. 1926. 
 
 A one-act play for the science club. 
 
 301. Shepherd, H. R. "A Survey of Extra-Curricular Activities in the 
 Senior High Schools of Kansas City, Missouri," A thesis submitted 
 for the Master's degree at the University of Chicago. Chicago: 
 University of Chicago. 1927. 146 p. 
 
 The study involves five pure and applied science clubs in schools where 
 the staffs have adopted a policy of endorsement for such activities and are 
 dealing with the activities in a constructive way. 
 
High School Science Clubs 67 
 
 302. Shiple, S. C, et al. "Food and Health," Science Education, 14:637- 
 46, May, 1930. 
 
 A play in three acts with one stage set for eighteen junior high-school 
 girls. Suitable for a Health Week program. 
 
 303. Shoesmith, B. I. "Mathematics Clubs in the Secondary Schools," 
 School Science and Mathematics, 16:106-13, February, 1916. 
 
 This includes historical references to first mathematics club organized 
 at Faribault, Minnesota, in 1903. 
 
 304. Short, D. L. "A Plavlet— With a Grain of Salt," Chemistry Leaflet, 
 5:188-92, October 15", 1931. 
 
 A playlet in three acts and six scenes for seven boys and six girls. 
 
 305. Shortridge, Virginia. Songs of Science; An Anthology. Boston: 
 Marshall Jones Company, 1930. 245 p. 
 
 An anthology of the poetry of reason, consisting of more than two 
 hundred complete poems and many excerpts. 
 
 306. Shouse, R. D. "High School Clubs," School Review, 36:141-46, Feb- 
 ruary, 1928. 
 
 The practices in a St. Louis junior-senior high school are described. 
 Successful club life was finally arrived at with activities in the last period 
 of the day. Ten reasons why the activity period is as important as any 
 other period in the school day are given. 
 
 307. Shriner, J. T. "Science Clubs Urged for High Schools," School 
 Science and Mathematics, 25:149, February, 1925. 
 
 A brief statement of values ascribed to science clubs, based on the ac- 
 tivities of these clubs in the Latimer Junior High School, Pittsburgh. 
 
 308. Smith, G. M. "Science Clubs in the High School," School Science 
 and Mathematics, 25:720-24, October, 1925. 
 
 Survey of fifty-seven high schools represented by the Northern Illinois 
 State Teachers Association. Only six of those making replies had science 
 clubs. Outlines work of five Rockford science clubs. 
 
 309. Smith, H. R. "Live Chemistry," School Science and Mathematics, 
 15:260-1, March, 1915. 
 
 An account of how success in classroom teaching has been obtained 
 through a research club. . 
 
 310. Smith, M. W. "The School Museum," Science Education, 15:111-15, 
 January, 1931. 
 
 This points out six values derived from the museum. The organization 
 and development of museums is an objective of many science clubs. 
 
 311. Smith, W. A. The Junior High School. New York: Macmillan 
 Company, 1925, p. 290-99. 
 
 The place and desirable practices of clubs in the junior high school. 
 
 312. Snedden, David. "The Club, a Factor in Education," In Monroe, 
 Paul, et al., Principles of Secondary Education. New York: Mac- 
 millan Company, 1914, Chapter XXI. 
 
 A general discussion of clubs and their values. 
 
 313. Snyder, E. E. "Report on the Biology Club of the Little Falls High 
 School," School Science and Mathematics, 31:32-33, January, 1931. 
 
 The activities of this club include scored contests with awards, creative 
 plays, and motion pictures. 
 
68 Bulletin No. 60 
 
 314. Spalt, M. C, et al. "An Assembly Awakening," Science Education, 
 
 13:250-57, May, 1929. 
 
 A one-scene astronomical play for fifteen junior high-school students. 
 Twenty minutes are required. 
 
 315. Spaulding, F. T. "What Extra-Curricular Activities Ought a Good 
 School Not to Offer," Educational Method, 9:140-50, December, 
 1929. 
 
 A discussion centering around seven principles which should guide ad- 
 ministrators and supervisors in determining the kinds of activities to in- 
 clude and the trend which these activities should take. 
 
 316. Spencer, C. C. "Entertaining — a la Chemistry," Chemistry Leaflet, 
 4:29. 29-30; October 23, 30, 1930. 
 
 The writer gives ten events for an "Indoor Track Meet" and several 
 events in a game called "Browian Bones." Both ideas offer excellent op- 
 portunities for student participation in an hour of fun. 
 
 317. Spencer, Mabel. "Chemistry in the Vocational High Schools of the 
 Middle West," Journal of Chemical Education, 8:712-16, April, 1931. 
 
 This includes a discussion to the effect that opportunities for social 
 training are developed largely through an active science club to which any 
 boy is eligible. 
 
 318. Spencer, Mabel. "A Vocational Science Club," School Science and 
 Mathematics. 31:751-53, June. 1931. 
 
 The activities include industrial trips in the St. Louis area, lectures by 
 industrial leaders, civic relief work, contests, a club quartet, a faculty- 
 parents night, exchange parties, and contributions for prizes to the Illinois 
 Junior Academy of Science. 
 
 319. Spiers, C. H. "A Chemical Museum Exhibit," Journal of Chemical 
 Education, 6:730-32, April, 1929. 
 
 Conducted museum tours for adequate mental synthesis, together with 
 a technique for the preparation of exhibits. 
 
 320. Steeper, H. J. "The Extra-Curriculum Activities of the High 
 School," Education, 39:367-73, February, 1919. 
 
 Classified into majors and minors. Considers changes toward adequate 
 administration and supervision of activities in the Leavenworth, Kansas, 
 High School. 
 
 321. Stillman, M. A. "Children's Clubs," Popular Educator, 37:70-71, 
 October, 1919. 
 
 A discussion on club activities which may be carried on in connection 
 with the school. 
 
 322. Stone, C. H. "Lead Tree (Arbor Saturnii)," Journal of Chemical 
 Education, 6:355-56, February, 1929. 
 
 323. Stone, C. H. "Posters in High School Chemistry," Journal of 
 Chemical Education, 6:1535-41, September, 1929. 
 
 Detailed suggestions and general principles which may be applied to 
 campaigns for club membership. 
 
 324. Stone, C. H. "Some Projects in Chemistry," Tournal of Chemical 
 Education, 7:1656-58, July, 1930. 
 
 Supplementary work that may be used by science-club members. 
 
 

 High School Science Clubs 69 
 
 325. Strassler, Margaret. A Health Revue. New York: A. S. Barnes and 
 Company, 1930. 75 p. 
 
 A pageant of health activities and rules adapted for junior high 
 schools. 
 
 326. Students of Lucy Fulton. "The Awakening of Amy Brant," Prac- 
 tical Home Economics, 7:367-78, 82, December, 1929. 
 
 A two-act play for from twenty to forty girls. This is a widely used 
 food and health play lasting for twenty-five to thirty minutes. 
 
 327. Taborsky, Mary. "Farragut 'No Cold' Club," Chicago School 
 Journal, 13:236-8, January, 1931. 
 
 The writer relates how this club, organized from the science classes of 
 the Farragut Junior High School in Chicago, is waging a battle against 
 common colds which cost Chicago millions of dollars annually. 
 
 328. Taylor, W. M. "A Bibliography of Objective Studies in Extra- 
 curricular Activities," Junior-Senior High School Clearing House, 
 5:425-27, March, 1931. 
 
 An important bibliography. 
 
 329. Terry, P. W. "Administration of Extra-Curricular Activities in the 
 High School," School Review, 33:734-43, December, 1925; 34:15-24, 
 January, 1926. 
 
 A comparative study of small and large high schools in reduction of 
 teaching load, additional salaries, supervision of finance, and records of 
 participation. The study is based on returns from a questionnaire involving 
 131 schools. 
 
 330. Terry, P. W. "Cooperation of Teacher Advisers," Twenty-Fifth 
 Yearbook of the National Society for the Study of Education, Part 
 II. Bloomington, Illinois: Public School Publishing Company, 
 1926, p. 101-10. 
 
 The chapter referred to is devoted to the attitude of teachers, to the 
 selection of advisers, to preparation for the advisers' work, to the responsi- 
 bility of teachers for supervision of activities, and to differences in loads. 
 
 331. Terry, P. W. "General Survey of Practices: Junior High Schools," 
 Twenty-Fifth Yearbook of the National Society for the Study of 
 Education, Part II. Bloomington, Illinois: Public School Publish- 
 ing Company, 1926, p. 23-38. 
 
 This is concerned with the thesis that all junior high-school fields of 
 instruction offer interests about which alert teachers can organize pupil 
 activities. 
 
 332. Terry, P. W. The Organization and Supervision of Extra-Cur- 
 ricular Activities in the Junior High School. Baltimore: War- 
 wick and York, Inc. 1926. 112 p. 
 
 This is concerned with a carefully planned program as the most effec- 
 tive means of realizing the important functions of education. 
 
 333. Terry, P. W. "The Social Experience of Junior High School 
 Pupils," School Review, 35:194-207, 272-80; March, April, 1927. 
 
 This relates how the promotion of club activities benefits the various 
 other activities in the Alexander Graham Junior High School of Charlotte, 
 North Carolina. 
 
70 Bulletin Xo. 60 
 
 334. Terry, P. W. "Summary of Investigations Relating to Extra-Cur- 
 ricular Activities in 1929," School Review, 38:605-13, 663-73; Octo- 
 ber, November, 1930. 
 
 Forty-six studies are involved in this critical bibliography. An ex- 
 cellent summary of the content is also included. 
 
 335. Terry, P. W. Supervising Extra-Curricular Activities in the Ameri- 
 can Secondarv School. New York: McGraw Hill Book Companv, 
 1930, p. 249. 
 
 A radio club's work in various aspects. 
 
 336. Thomas-Tindal, E. V. and Meyers, J. D. Junior High School Life. 
 Xew York: Macmillan Company. 1924. 287 p. 
 
 The club idea, the objectives, organization, enrollment based on the 
 club activities in the Holmes Junior High School of Philadelphia. 
 
 337. Thornton, L. B. "Industrial Club for Boys in the Junior High 
 School," Industrial Education Magazine, 31:78-80, November, 1929. 
 
 A brief general outline of work in the McKinlev Yocational School of 
 Buffalo. 
 
 338. Threlkeld, C. H. ''Guidance Through Activities," Junior-Senior 
 High School Clearing House, 5:412-16, March. 1931. 
 
 This deals with the use of a club syllabus by homeroom teachers, class 
 guides, and other guidance officers. 
 
 339. Thying, M. M. "Clubs within a Club," Natural Science Education, 
 52:156-59, November, 1931. 
 
 Under the guidance of the senior high-school clubs of Keene, Xew 
 Hampshire, clubs for the junior high-schools are organized and made to 
 function. Criteria for club sponsors and suggestions for all phases of 
 activity are included. 
 
 340. Truro, N. S. Normal College Students. "An Ounce of Prevention," 
 General Science Quarterly, 8:373-74. November, 1923. 
 
 A play with four characters, including Miss Sanitation, Cold-in-the- 
 Head, Sore-throat, and Headache. Adapted to students in the lower grades 
 of the junior high school. 
 
 341. Turner, Hallie. "Radio Clubs in High Schools," School Science and 
 Mathematics, 25:574-77, June, 1925. 
 
 This club at Albany, Wisconsin, has grown until junior and senior sec- 
 tions have become necessary. The club operates under a sponsor-lecture 
 plan which is outlined. 
 
 342. Ulrich, L. W. "After-School Club Activities." Industrial Education 
 Magazine, 32:227, January, 1931. 
 
 A six-point list of advantages of such activities and a short account of 
 the Boys' Aero Club of School No. 61, Buffalo. 
 
 343. Underhill, O. E. "The Captain's Compass." General Science Quar- 
 terly, 9:173-79, March, 1925. 
 
 Five boys and two girls with science teacher spend two scenes in an 
 endeavor to show the value of the compass. 
 
 344. Wadham, J. A. "From Fraternities to Clubs." American School 
 Board Journal, 76:51-52, March, 1928. 
 
 A detailed plan developed by a high-school faculty for reorganizing 
 undesirable societies into clubs with secondary-school features without 
 board legislation in a city of 50,000. 
 
 
High School Science Clubs 71 
 
 345. Wagner, M. C. Assembly Programs. New York: A. S. Barnes 
 and Company, 1930, p. 92, 100, 112, 123-34. 
 
 The pages cited contain science-club programs. 
 
 346. Wagner, M. C. "The Supervision of Extra-Curriculum Activities 
 in Secondary School," Bulletin of the Department of Secondary 
 School Principals, No. 25. Cicero, Illinois: Department of Second- 
 ary School Principals. 1929. p. 93-112. 
 
 This discusses the place of the principal in the plan and includes a list 
 of seventeen rides governing participation in the extra-curricular activities 
 at Wilmington, Delaware, also the various forms used there in connection 
 with that work. 
 
 347. Wagner, T. J. "Croton School Clubs," New York State Education, 
 18:686, 716, 718, 719, March, 1931. 
 
 The plan used in the Croton-on-Hudson Junior-Senior High School in 
 New York. It includes references to science, mathematics, travel clubs, 
 and so forth. 
 
 348. Walker, Harold. "The Pligh-School Chemistry Club," Journal of 
 Chemical Education, 3:462-63, April, 1926. Also, School Science and 
 Mathematics, 26:833-40, November, 1926. 
 
 From the 112 replies from schools, there were revealed 23 active chem- 
 istry clubs, 40 joint science clubs, and 21 discontinued clubs. Ascribed 
 reasons for discontinuance of clubs, most important club problems, and 
 means of maintaining interests are listed separately. 
 
 349. Walrath, O. J. "Is a High-School Chemistry Club Worth While?" 
 Journal of Chemical Education, 8:2238-40, September, 1931. 
 
 An affirmative discussion on a club completing manual projects, ob- 
 taining speakers of first rank, and purchasing a motion-picture machine. 
 
 350. Walters, Orville. "Industrial Motion Pictures in the Classroom," 
 Journal of Chemical Education, 6:1736-39, October, 1929. 
 
 The rating of films by students of chemistry is described. This may 
 well be an activity basis of selection for club programs. 
 
 351. Walters, Orville. "A Successful Chemistry Club Initiation," Journal 
 of Chemical Education, 6:958-62, Mav, 1929. Also, Chemistry Leaf- 
 let, 5:43-47, September 17, 1931. 
 
 The author points out that the initiation "may not only be a useful end 
 in itself, but if rightly planned may give mvich impetus to the work of the 
 club." This thesis is supported by the ceremony in which the candidate is 
 taken to the "Corridor of Superstitions" and from there to the "Ordeal of 
 the Five Senses." 
 
 352. Walthen, A. W. "The Cabin of Sound," General Science Ouarterly, 
 12:347-49, November, 1927. 
 
 A short one-act play for three boys. 
 
 353. Warren, G. L. "Selected List of Books for Use in 4-H Club Work." 
 United States Department of Agriculture Extension Service Circu- 
 lar 12. Washington: United States Department of Agriculture. 
 
 This valuable and comprehensive bibliography will be of practical use 
 to sponsors of every type of science club. 
 
 354. Webb, H. A. "The High School Science Library for 1929-1930," 
 Peabody Journal of Education, 8:35-48, July, 1930. 
 
 Reprints of this helpful annotated list may be had from George Pea- 
 body College for Teachers for ten cents, as may also those lists for the 
 
12 Bulletin - Xo. 00 
 
 preceding four years. The list for the years 1910 to 1924 inclusive may be 
 had for twenty-five cents. 
 
 355. Webb, H. A. "Some First Hand Information Concerning Science 
 Clubs," School Science and Mathematics, 29:273-76, March, 1929. 
 
 An important survey covering 146 science clubs with a total member- 
 ship of 5,608. 
 
 356. Wells, C. F. The Gift of the Red Man. Xew York: Playground 
 and Recreation Association of America. 
 
 This pageant, based on the history of corn, by Clifford V. Gregory, 
 Editor of the Prairie Farmer, is to be used in the Century of Progress 
 Exposition. It accommodates a cast of 267 people and an orchestra of 125 
 or more pieces. 
 
 357. Wells, L. G. "Oneida Club Holds Exhibition," Photographic Era. 
 62:4-9, January, 1929. 
 
 A suggestive continuation of the account by F. B. Hodges. 
 
 358. Wheeler, W. H. "The Financial Administration of High School 
 Student Activities," Educator Journal, 21:268-70, 284, January, 1921. 
 
 This is largely concerned with the plan used in the high school of 
 Goshen, Indiana. 
 
 359. Whitaker, Helen. "The Mathematics Ouest," School Science and 
 Mathematics. 20:457-62, May, 1920. 
 
 A short one-act mathematics pageant designed for a May Day program. 
 Thirty-seven girls representing algebra and the alphabet and thirteen boys 
 representing x's and the numbers to 9 take part. 
 
 360. Whitman, W. G. "An Assembly Program: A Pageant — Edison, 
 Our Foremost Inventor," Science Education, 14:456-67, January, 
 1930. 
 
 Three girls and eight boys are needed. 
 
 361. Wilds, E. H. "The Supervision of Extra-Curricular Activities," 
 School Review, 25:659-73, November, 1917. 
 
 The plans for supervision of such activities in high schools and a list 
 of evils of extra-curricular activities are given. Emphasis is put on the 
 point that the supervisor of extra-curricular activities "should be to the 
 social activities of the school what the principal is to the academic ac- 
 tivities." 
 
 362. Wilson, Velma, and Reed, R. K. "A Chemists' Hall of Fame," 
 Chemistry Leaflet. 5:358-60, November 19, 1931. 
 
 An exhibit of chemistry-club posters. 
 
 363. Windes, E. E., and Greenleaf, W. J. "Bibliography of Secondary 
 Education Research, 1920-1925," United States Bureau of Educa- 
 tion Bulletin, 1926, Xo. 2. Washington: Government Printing Office, 
 1926. 95 p. 
 
 An annotated bibliographical report of the National Committee on 
 Research in Secondary Education which contains some references bearing 
 on clubs. 
 
 364. Wise, J. H., and Roemer, Joseph. "A Study of the Extra-Curricular 
 Activities in the Public Schools of Florida," University of Florida 
 Record, Vol. 20, No. 1. Gainesville: University of Florida, 1925. 
 
 This covers the practice in the high schools of Florida. An extensive 
 annotated bibliography is appended. 
 
High School Science Clubs 73 
 
 365. Wolfson, H. C. "High School Astronomy Club," Bulletin of High 
 Points, 13:47-48, October, 1931. 
 
 366. Woodring, M. N., Oakes, M. E., and Brown, H. E. Enriched 
 Teaching of Science in the High School. New York: Bureau of 
 Publications, Teachers College, Columbia University, 1928. 374 p. 
 
 A valuable aid in club work, as well as in the activities of the class- 
 room. 
 
 367. Woody, Clifford, and Chapelle, E. H. "Pupil-Participation in the 
 Extra-Curricular Activities in the Smaller High Schools of Michi- 
 gan," Twenty-Fifth Yearbook of the National Society for the Study 
 of Education, Part II. Bloomington, Illinois: Public School Pub- 
 lishing Company, 1926, p. 81-96. 
 
 This study is based upon 188 answers to a questionnaire. It includes 
 an eleven-point summary and conclusions. 
 
 368. Woolley, M. I. "A Chemical Exhibit Used to Increase Interest in 
 High School Chemistry," School Science and Mathematics, 31:67-69, 
 January, 1931. 
 
 A detailed account of the success of the science department in the 
 Murphy High School at Mobile, in presenting the work of Fannie Bell. 
 See her article on "A Chemistry Exhibit," Journal of Chemical Education, 
 5:280-90, March, 1928. 
 
 369. Young, C. R. "Leisure Time and the Camera," Photographic Era, 
 67:133-34, September, 1931. 
 
 A general plan for camera and kodak divisions of a high-school photo- 
 graphic club designed to train members in the profitable use of leisure. 
 
 370. Zander, A. G. "The King of Plants," School Science and Mathe- 
 matics, 29:745-49, October, 1929. 
 
 A nature play in one act for two characters. It has visual aids and 
 concludes with Joyce Kilmer's "Tribute to Trees." 
 
 371. "An Account of Some of the Activities of the Chemistry Club of 
 Wright High School, New Orleans, Louisiana," Chemistry Leaflet, 
 5:220-23, 250-55; October 22, 29, 1931. 
 
 An outline of the organization and activities of a girls' chemistry club. 
 
 372. "Aids for Bird Students," School Science and Mathematics, 31:106, 
 108, 110, January, 1931. 
 
 A valuable bibliography listing aids of all kinds for bird clubs and 
 students of birds. 
 
 373. "Antimonv — A Dialogue," Chemistry Leaflet, 4:22-23, November 13, 
 1930. 
 
 This is from the works of Benedictus Figulus in 1608. It is suitable 
 for a special number in a program. 
 
 374. "An Assembly Program on the Uses of Fire," Science Classroom, 
 10:1-4, 4; June, July, 1931. 
 
 A detailed and illustrated outline in nine parts. 
 
 375. "An Atomic Number Banquet," Chemistrv Leaflet, 5:126, October 
 18, 1931. 
 
 A plan for a menu suitable for a chemistry club, particularly at the 
 time atomic numbers are considered in class. 
 
74 Bulletin No. 60 
 
 376. "Bringing Nature to New York," Survey, 49:255, November 15, 1922. 
 
 A general statement concerning the School Nature League with head- 
 quarters in Public School No. 63, New York. 
 
 377. "The Chemistrv Club Corner," Chemistrv Leaflet, 4:30, September 
 11, 1930. 
 
 Suggestions for club organization. 
 
 378. "A Chemistry Club's Contribution to Its University," Journal of 
 Chemical Education, 6:2008, November, 1929. 
 
 The gifts included scrap books, magazines, library books, and a bronze 
 plaque. 
 
 379. "A Chemistry Medal," Chemistry Leaflet, 5:55, September 17, 1931. 
 
 Suitable for awards for special achievements by students of chemistry. 
 
 380. "The Chemistrv Club and the Movies," Chemistry Leaflet, 4:27-28, 
 30; September 18, 25, 1930. 
 
 This article classifies a number of films under general chemistry-course 
 headings and correlates them with various issues of the Leaflet. 
 
 381. "Communication," General Science Ouarterlv, 8:425-38, Januarv, 
 1924. 
 
 A play in nine scenes for thirty-two characters. Excellent, except for 
 possible delays in stage sets. 
 
 382. "Extra-Curricular Activities in High Schools," American Educa- 
 tional Digest, 44:389-92, 415-16, April, 1925. 
 
 A concise record of the status, problems, and values of extra-curricular 
 activities based on 1071 reports from principals of high schools having an 
 average of fifteen activities per school. 
 
 383. "Extra-Curricular Frontiers," Junior-Senior High School Clearing 
 House, 5:381-85, March, 1931. 
 
 An editorial statement encouraging protection for club activities and 
 interrelationships with out-of-school agencies, such as the Boy Scouts. 
 
 384. "Fire Control by Paradox," Journal of Chemical Education, 6:348, 
 February, 1929. 
 
 Supplementary information for a Fire Prevention Week program. 
 
 385. "The First Meeting," Current Science, 9:3, September 15-19, 1931. 
 
 An outline of general suggestions. 
 
 386. "Flatland," School Science and Mathematics, 14:583-87, October, 
 1914. 
 
 A mathematics play on the fourth dimension, based on E. A. Abbott's 
 book, "Flatland." There are seven scenes requiring thirteen boys and 
 twelve girls. The audience is seated in a balcony. 
 
 387. "The Halogen Family Argues," Chemistrv Leaflet, 5:129-32, October 
 8, 1931. 
 
 A one-act play involving this active family of elements. Suitable for 
 elementary-chemistry club groups. 
 
 388. "King Arthur Posture Play," Hygeia, 7:S26-27, August, 1929. 
 
 A one-act play in which King Arthur and six knights appear. Adapted 
 for use in high school. 
 
High School Science Clubs 75 
 
 389. "Letter from the 'Curie Chemistry Club,' Regina High School, Nor- 
 wood, Ohio," Chemistry Leaflet, "5:283, November 5, 1931. 
 
 A brief outline of activities in a girls' chemistry club. 
 
 390. "Live Assembly Hour," Current Science, 10:43, April 13-17, 1931. 
 
 A suggestive outline with possibilities when developed. 
 
 391. "Milk Symposium," Current Science, 9:57, December* 15-19, 1930. 
 
 Integrated experiments and talks, with instructions for the former. 
 
 392. "Naming the Chemistry Club," Chemistry Leaflet, 5:43, September 
 17, 1931. 
 
 A concise and suggestive list of names. 
 
 393. "A Science Faculty Get-Together," Chemistry Leaflet, 4:26, No- 
 vember 6, 1930. 
 
 An illustrated verbatim invitation which could be used with slight 
 modifications by science clubs. 
 
 394. "Science and Free Activities of Pupils," School Review, 37:411-12, 
 June, 1929. 
 
 These activities are carried on in the $300,000 Hobby Hall of the Hill 
 School of Pottstown, Pennsylvania, built for the purpose of awakening 
 scientific curiosity. 
 
 395. "Series of Tableaux on Fire Prevention, A Bibliography," Science 
 Classroom, 2:1-6, November, 1922. 
 
 Correlated lantern slides may be improvised. The series is integrated 
 with other school activities. 
 
 396. "Story of the Airship," Current Science, 9:33, October 27-31, 1930. 
 
 A symposium type of program with numerous references. 
 
 397. "Suggested Chemistry Club Programs," Chemistry Leaflet, 5:92-93, 
 124-25, 433-34; September 24, October 7, and December 13, 1931. 
 
 A department for this important subject. 
 
 398. "Time to Get Out of Doors," Current Science, 10:31, March 23-27, 
 1931. 
 
 The writer suggests various out-of-doors committees. 
 
 399. "A Typical Science Club Constitution," 5:41-43, September 17, 1931. 
 
 The constitution of the Phy-Chem Society of the Durham, North 
 Carolina, High School. 
 
 400. "What a Chemistry Club Can Do," Journal of Chemical Education, 
 5:1335-39, October, 1928. 
 
 Detailed suggestions for programs, special meetings, and other ac- 
 tivities. 
 
 401. "What Is a Good Club," Junior-Senior High School Clearing House, 
 5:385, March, 1931. 
 
 A foreword for a series of articles on the subject. 
 
 402. "The World's Clothing Supply," Chemistry Leaflet, 5:1-32, Decem- 
 ber 17, 1931. 
 
 The entire issue may be used as the basis of a science-club program. 
 
 403. "The World's Food Supply," Chemistry Leaflet, 5:1-40, November 
 12, 1931. 
 
 The entire issue may be used as the basis of a science-club program. 
 
GROUPINGS OF REFERENCES INCLUDED 
 IN THE BIBLIOGRAPHY 
 
 I. References dealing altogether or chiefly with science clubs 
 
 A. Subjective and near-subjective discussions 
 
 1. General discussions of historical, administrative, supervisory, 
 organization, and other aspects 
 
 10, 11, 19, 38, 40, 41, 47, 48, 50, 53, 57, 59, 60, 62, 70, 75, 
 77, 90, 91, 103, 105, 108, 110, 115, 117, 133, 139, 142, 156, 158, 159, 164, 
 166, 199, 206, 209, 210, 215, 222, 226, 227, 228, 240, 241, 245, 246, 250, 251, 
 258, 265, 267, 273, 274, 276, 277, 280, 287, 289, 292, 294, 296, 297, 304, 308, 
 310, 318, 328, 340, 342, 350, 366, 367, 370, 2,72, 377, 378, 386, 393, 395, 399, 
 400, 402. 
 
 2. Local activities including programs of all sorts, business and 
 social meetings, exhibits, plays, and other types of projects 
 and activities 
 
 4, 6, 8, 9, 10, 13, 15, 16, 17, 20, 24, 25, 27, 28, 29, 30, 
 31, 33, 35, 36, 37, 38, 42, 44, 45, 48, 49, 53, 55, 56, 57, 58, 
 60, 61, 64, 65, 66, 67, 71, 74, 76, 85, 88, 89, 91, 98, 99, 100, 
 103, 104, 105, 107, 111, 114, 115, 116, 118, 128, 131, 134, 137, 140, 141, 143, 
 144, 145, 147, 148, 150, 152, 154, 156, 164, 173, 174, 175, 176, 184, 185, 186, 
 188, 189, 191, 194, 195, 197, 201, 202, 204, 205, 206, 209, 210, 211, 213, 219, 
 224, 229, 235, 236, 238, 239, 241, 243, 244, 245, 246, 247, 250, 252, 253, 255, 
 257, 260, 262, 264, 266, 269, 270, 272, 275, 276, 279, 281, 289, 290, 295, 296, 
 297, 301, 303, 305, 306, 309, 311, 314, 315, 317, 319, 320, 323, 324, 325, 326, 
 327, 328, 336, 340, 341, 343, 344, 346, 351, 352, 353, 355, 357, 358, 360, 361, 
 363, 369, 371, 372, 373, 374, 375, 376, 379, 380, 381, 382. 385, 387, 388, 389, 
 390, 391, 392, 394, 395, 396, 397, 398, 401, 403, 404. 
 
 3. State and national activities 
 
 12, 14, 43, 68, 155, 163, 167, 168, 196. 
 
 B. Objective and near-objective data 
 18, >0, 309, 349, 356. 
 
 II. References dealing altogether or chiefly with related extra-curricular 
 activities 
 A. Subjective and near-subjective discussions 
 
 1. General discussions of historical, administrative, supervisory, 
 organization, and other aspects 
 
 2, 3, 5, 39, 40, 46, 52, 63, 72, 79, 82, 93, 94, 96, 106, 113, 
 119, 120, 121, 122, 124, 126, 127, 151, 153, 157, 161, 169, 171, 172, 177, 179, 
 183, 192, 203, 207, 208, 212, 214, 220, 221, 225, 230, 231, 234, 237, 248, 256, 
 284, 285, 298, 300, 307, 312, 313, 316, 321, 322, 332, 333, 337, 338, 345, 347, 
 348. 
 
 2. Supervision chiefly from the standpoint of the sponsor 
 26, 112, 160, 165, 216, 282, 331, 362. 
 
 3. Related guidance work 
 
 87, 92, 96, 106, 136, 298, 338, 339. 
 
 4. Awards, competitions, point systems, and other recognition 
 59, 78, 102, 169, 208. 
 
 76 
 
 
High School Science Clubs 77 
 
 5. Financial aspects 
 
 7, 23, 51, 101, 121, 138, 178, 181, 217, 223, 232, 242, 278, 359. 
 
 6. Biological, psychological, and sociological aspects 
 
 22, 32, 34, 39, 54, 69, 75, 83,112,120,146,157,177,187,200,218, 
 233, 254, 259, 263, 279, 285, 299, 334, 345. 
 
 B. Objective and near-objective data 
 
 1. Objectives and principles 
 84, 179, 190, 198, 288. 
 
 2. Analyses and validations 
 
 1, 21, 125, 135, 162, 193, 248, 268, 283, 286. 
 
 3. General surveys of actual practices 
 
 73, 80, 81, 95, 97, 109, 122, 129, 180, 182, 261, 271, 293, 302, 330, 365, 
 368, 383. 
 
 4. Relationships with scholarship, personal characteristics success 
 outside of school and so forth 
 
 21, 32, 86, 132, 149. 
 
 5. Important bibliographies and summaries 
 
 83, 123, 130, 170, 230, 231, 248, 249, 261, 291, 329, 335, 354, 355, 364.