Figure 1 From historical records reveal the Distinctive associations O
Figure 1 From Historical Records Reveal The Distinctive Associations O In this study, using historical occurrence records of 11 medium to large sized mammal species or groups of species in china from 905 bc to ad 2006, we quantified the distinctive associations of anthropogenic stressors (represented by cropland coverage and human population density) and climatic stressors (represented by air temperature) with. Significance. human impacts and climatic changes are widely considered to be responsible for rapid species extinction. however, determining their effects is challenging owing to the lack of long term spatial–temporal data. in this study, we quantified the distinctive associations of anthropogenic and climatic stressors with the local.
Table 1 From historical records reveal the Distinctive associations Of
Table 1 From Historical Records Reveal The Distinctive Associations Of Fig. 4. diagram of the stgam method to estimate the associations of anthropogenic stressors (human population density) and climatic stressor (temperature) with the local extinction probability (presence or absence) of mammals. for each grid of each species’ distributional range, only data of 2 sampling years were used (i.e., the sampling year of presence and absence). the absence year (i.e. Table 1. associations of human population density and temperature with the local extinction probability of mammal species or groups of species "historical records reveal the distinctive associations of human disturbance and extreme climate change with local extinction of mammals". "historical records reveal the distinctive associations of human disturbance and extreme climate change with local extinction of mammals" fig. 1. temporal variation of the survival rates, cropland coverage, human population density, and temperature for the 11 mammal species or groups of species at the county or prefecture level. Historical records reveal the distinctive associations of human disturbance and extreme climate change with local extinction of mammals.