Basu, Sudipta | 2009 | Controlling on agriculture, climate, and region, recordkeeping will be positively associated with other types of impersonal exchange (902) | UNKNOWN | 5 | |
Basu, Sudipta | 2009 | Controlling on agriculture, climate, and region, recordkeeping will be associated with increased impersonal exchange and specialization in division of labor (902-903) | UNKNOWN | 6 | |
Brown, Barton McCaul | 1987 | Controlling for climate and date of pacification does not explain additional variance between dwelling floor area and population size (35) | UNKNOWN | 3 | |
Robbins, Michael C. | 1972 | ". . . people in warmer climates show a greater degree of aggressiveness in culturally patterned behavior than do people in colder climates" (337) | Supported | 2 | |
Robbins, Michael C. | 1972 | "Most of the societies in warm climates have relatively permissive sex codes for females, while the opposite holds true for societies in cold climates. . ." (337) | Supported | 2 | |
Robbins, Michael C. | 1972 | ". . . more societies in warm climates are above the median in emotional expressiveness than societies in cold climates" (337) | Supported | 2 | |
Ember, Carol R. | 2007 | Number of cold months will be negatively associated with sonority (183). | Supported | 2 | |
Ember, Carol R. | 2007 | Cold climate and sparse vegetation will be negatively associated with sonority (183). | Supported | 3 | |
Ember, Carol R. | 2007 | A warm climate and dense vegetation will be associated with less sonority (183). | Partially supported | 3 | |
Ember, Carol R. | 2005 | Societies in colder climates are more likely to value fatness in women (262). | Not Supported | 2 | |
Munroe, Robert L. | 2009 | Vowel use will be more common in warm climate languages than cold climate languages (126). | Supported | 2 | |
Munroe, Robert L. | 2009 | Sonorant consonant use will more common in warm climate languages than cold climate languages (126). | Supported | 2 | |
Munroe, Robert L. | 2009 | Obstruent use will be more common in cold climate languages than warm climate languages (126). | Supported | 2 | |
Gray, J. Patrick | 1980 | Colder climates will be associated with lower male height (452). | Supported | 2 | |
Ember, Carol R. | 2000 | Societies in a warm climate with tall dense vegetation will use fewer vowels (850). | Supported | 3 | |
Ember, Carol R. | 2000 | Societies in cold climates with sparse or short vegetation will use fewer vowels (850). | Supported | 3 | |
Ember, Melvin | 2000 | Colder climates will have lower CV scores than warmer climates as Munroe et. al. (1996) suggested (733). | Supported | 2 | |
Ember, Melvin | 2000 | Controlling for climate and literacy, baby-holding will be a significant predictor of consonant-vowel score (736). | Supported | 4 | |
Glascock, Anthony P. | 1987 | Treatment of the elderly will be related to climate, subsistence strategy, social stratification, and belief in active high gods (408). | Supported | 5 | |
McCall, Lauren W. | 2009 | “[P]opulations in colder or more unstable climates are more likely to store food and thus to count to higher numbers” (71). | Supported | 2 | |
Munroe, Robert L. | 2000 | Strong sonority in the speech signal will be associated with warmer climates (846). | Supported | 2 | |
Hart, John P. | 1990 | The neo-Malthusian model hypothesizes that climate will be positively related to agricultural production which will be positively related to population density (571). | Not Supported | 3 | |
Cashdan, Elizabeth | 2001 | Greater ethnic diversity will be found in regions with greater pathogen stress and reduced climatic variation and unpredictability (975). | Supported | 3 | |
Nelson, Kit | 2010 | The use of stone boiling will be associated with geographic location, temperature, and rainfall (241-2). | Supported | 3 | |
Nelson, Kit | 2010 | The use of direct fire boiling will be associated with geographic location, temperature, and rainfall (244). | Supported | 3 | |
Broch, Tom | 1966 | Climate and inter-cultural relations will be correlated with the index of primitivity (38). | Supported | 3 | |
Whiting, John W.M. | 1981 | In colder climates, infants will more likely be carried in cradles. In warmer climates, infants will more likely be carried in slings (164). | Supported | 2 | |
Whiting, John W.M. | 1981 | Borrowing in infant carrying practices will be seen within cool and cold climates and within warm and hot climates, but not between these regions (164). | Supported | 2 | |
Whiting, John W.M. | 1975 | "[Most of the] . . . societies in which a husband and wife have separate bedrooms are situated in tropical climates where heating is not a problem. . . . [Societies where settlements are permanent rather than nomadic or seminomadic tend to have separate bedrooms for husband and wife]" (190, 191) | Supported | 3 | |
Whiting, John W.M. | 1982 | Language phyla will tend to be found on either side of the isotherm of a winter temperature of 10 degrees Celsius. | Supported | 2 | |
Whiting, John W.M. | 1982 | Certain clothing practices will be associated with the 10 degree isotherm. | Supported | 2 | |
Whiting, John W.M. | 1982 | Certain infant sleeping practices will be associated with the 10 degree isotherm. | Supported | 2 | |
Whiting, John W.M. | 1982 | Certain infant carrying practices will be associated with the 10 degree isotherm | Supported | 2 | |
Eckenrode, Anna | 2018 | Female acceptance of IPV will be positively associated with tropical climates | Partially supported | 2 | |
Eckenrode, Anna | 2018 | Male acceptance of IPV will be negatively associated with tropical climate | Partially Supported | 2 | |
Chambers, Jaime | 2021 | Dogs' utility for humans (DUH) will be negatively associated with hot environments | Supported | 2 | |
Chambers, Jaime | 2021 | Humans' utility for dogs (HUD) will be negatively associated with hot environments | Supported | 2 | |