This is a table of adjective/noun combinations and their frequencies from sentences in your study carrel. Use it to search & browse the list to learn more about your study carrel.
| adjective | noun | frequency |
|---|---|---|
| - | cov-2 | 1029 |
| public | health | 140 |
| covid-19 | cases | 95 |
| human | health | 85 |
| - | time | 81 |
| - | temperature | 68 |
| average | temperature | 67 |
| covid-19 | transmission | 48 |
| high | temperature | 23 |
| human | transmission | 21 |
| new | cases | 20 |
| other | studies | 17 |
| covid-19 | . | 16 |
| high | temperatures | 16 |
| meteorological | data | 16 |
| - | water | 15 |
| daily | temperature | 15 |
| humans | . | 14 |
| higher | risk | 14 |
| global | health | 14 |
| daily | cases | 14 |
| respiratory | disease | 13 |
| first | case | 12 |
| relative | risks | 11 |
| respiratory | diseases | 11 |
| urban | air | 11 |
| higher | temperatures | 11 |
| environmental | health | 11 |
| average | concentration | 11 |
| environmental | waters | 10 |
| first | study | 10 |
| low | temperature | 10 |
| potential | health | 10 |
| potential | risk | 10 |
| relative | risk | 10 |
| respiratory | viruses | 10 |
| viral | concentration | 9 |
| severe | air | 9 |
| - | risk | 9 |
| high | risk | 9 |
| - | day | 8 |
| - | virus | 8 |
| first | cases | 8 |
| significant | . | 8 |
| environmental | temperature | 7 |
| first | time | 7 |
| high | concentrations | 7 |
| low | temperatures | 7 |
| positive | cases | 7 |
| urban | water | 7 |
| viral | transmission | 6 |
| novel | viruses | 6 |
| public | . | 6 |
| lower | temperature | 6 |
| human | viruses | 6 |
| higher | . | 6 |
| low | concentrations | 6 |
| high | . | 6 |
| high | concentration | 5 |
| - | case | 5 |
| average | air | 5 |
| environmental | transmission | 5 |
| first | covid-19 | 5 |
| higher | concentrations | 5 |
| higher | temperature | 5 |
| low | . | 5 |
| specific | effects | 5 |
| more | studies | 4 |
| new | covid-19 | 4 |
| lower | temperatures | 4 |
| more | time | 4 |
| long | time | 4 |
| other | air | 4 |
| positive | effect | 4 |
| severe | covid-19 | 4 |
| severe | disease | 4 |
| lower | air | 4 |
| average | concentrations | 4 |
| higher | concentration | 4 |
| different | time | 4 |
| different | methods | 4 |
| different | . | 4 |
| daily | covid-19 | 4 |
| - | concentration | 4 |
| - | health | 4 |
| - | covid-19 | 4 |
| environmental | risk | 4 |
| other | data | 3 |
| lower | risk | 3 |
| lowest | health | 3 |
| more | cases | 3 |
| more | days | 3 |
| new | method | 3 |
| other | . | 3 |
| potential | risks | 3 |
| other | time | 3 |
| others | . | 3 |
| positive | . | 3 |
| human | sars | 3 |
| respiratory | virus | 3 |
| significant | effect | 3 |
| such | data | 3 |
| such | study | 3 |
| low | risk | 3 |
| more | . | 3 |
| highest | concentration | 3 |
| different | water | 3 |
| high | covid-19 | 3 |
| - | effect | 3 |
| average | . | 3 |
| average | temperatures | 3 |
| covid-19 | wastewater | 3 |
| daily | data | 3 |
| daily | time | 3 |
| daily | . | 3 |
| environmental | effects | 3 |
| environmental | risks | 3 |
| environmental | temperatures | 3 |
| environmental | water | 3 |
| first | day | 3 |
| global | covid-19 | 3 |
| global | transmission | 3 |
| high | air | 3 |
| potential | sars | 2 |
| new | models | 2 |
| other | methods | 2 |
| other | transmission | 2 |
| other | viruses | 2 |
| other | water | 2 |
| positive | case | 2 |
| potential | . | 2 |
| viral | diseases | 2 |
| potential | transmission | 2 |
| severe | cases | 2 |
| severe | health | 2 |
| significant | health | 2 |
| specific | . | 2 |
| such | methods | 2 |
| such | studies | 2 |
| urban | waters | 2 |
| new | studies | 2 |
| novel | sars | 2 |
| meteorological | effects | 2 |
| high | risks | 2 |
| lower | concentrations | 2 |
| - | effects | 2 |
| - | method | 2 |
| daily | case | 2 |
| daily | concentrations | 2 |
| different | air | 2 |
| different | effects | 2 |
| different | studies | 2 |
| averaged | concentrations | 2 |
| high | water | 2 |
| highest | air | 2 |
| large | . | 2 |
| larger | effect | 2 |
| longer | time | 2 |
| low | case | 2 |
| higher | o | 2 |
| lower | . | 2 |
| novel | water | 1 |
| new | virus | 1 |
| new | viruses | 1 |
| novel | covid-19 | 1 |
| novel | method | 1 |
| novel | virus | 1 |
| other | health | 1 |
| other | case | 1 |
| other | effects | 1 |
| other | method | 1 |
| other | study | 1 |
| other | wastewater | 1 |
| new | case | 1 |
| new | sars | 1 |
| lower | concentration | 1 |
| more | sars | 1 |
| more | risk | 1 |
| more | data | 1 |
| lows | . | 1 |
| lowest | temperature | 1 |
| lowest | risks | 1 |
| lowest | concentrations | 1 |
| lower | transmission | 1 |
| positive | virus | 1 |
| low | concentration | 1 |
| low | air | 1 |
| longer | water | 1 |
| largest | wastewater | 1 |
| human | water | 1 |
| positive | effects | 1 |
| respiratory | effects | 1 |
| positive | viruses | 1 |
| potential | effect | 1 |
| urban | health | 1 |
| urban | effect | 1 |
| such | virus | 1 |
| such | temperature | 1 |
| such | models | 1 |
| such | effects | 1 |
| such | case | 1 |
| specific | water | 1 |
| specific | transmission | 1 |
| specific | time | 1 |
| specific | sars | 1 |
| specific | risk | 1 |
| specific | methods | 1 |
| specific | day | 1 |
| significant | wastewater | 1 |
| significant | risk | 1 |
| significant | effects | 1 |
| significant | air | 1 |
| severest | cases | 1 |
| severe | effects | 1 |
| severe | . | 1 |
| respiratory | transmission | 1 |
| human | transmissions | 1 |
| relatives | . | 1 |
| relative | concentration | 1 |
| public | water | 1 |
| public | risk | 1 |
| public | air | 1 |
| potential | method | 1 |
| human | virus | 1 |
| highest | r | 1 |
| human | model | 1 |
| daily | o | 1 |
| environmental | concentrations | 1 |
| different | wastewater | 1 |
| different | viruses | 1 |
| different | virus | 1 |
| different | transmission | 1 |
| different | temperatures | 1 |
| different | study | 1 |
| different | risk | 1 |
| different | models | 1 |
| different | diseases | 1 |
| different | concentrations | 1 |
| different | concentration | 1 |
| different | cases | 1 |
| daily | air | 1 |
| environmental | studies | 1 |
| covid-19 | virus | 1 |
| covid-19 | disease | 1 |
| averages | . | 1 |
| averaged | data | 1 |
| average | time | 1 |
| average | days | 1 |
| - | sars | 1 |
| - | p | 1 |
| - | modeled | 1 |
| - | e | 1 |
| - | disease | 1 |
| - | china | 1 |
| - | air | 1 |
| environmental | data | 1 |
| environmental | virus | 1 |
| human | diseases | 1 |
| high | viruses | 1 |
| human | cases | 1 |
| human | case | 1 |
| human | . | 1 |
| highest | temperatures | 1 |
| highest | temperature | 1 |
| highest | risk | 1 |
| higher | water | 1 |
| higher | transmission | 1 |
| higher | sars | 1 |
| higher | risks | 1 |
| higher | effects | 1 |
| higher | covid-19 | 1 |
| higher | cases | 1 |
| high | time | 1 |
| first | days | 1 |
| high | p | 1 |
| high | health | 1 |
| high | cases | 1 |
| high | case | 1 |
| global | water | 1 |
| global | temperatures | 1 |
| global | temperature | 1 |
| global | study | 1 |
| global | cases | 1 |
| global | air | 1 |
| first | studied | 1 |
| first | sars | 1 |
| first | method | 1 |
| urban | wastewater | 1 |