Water is an essential resource for any animal community. Permanent water sources (e.g., rivers or lakes) moderate temperature variation and allow terrestrial animals to access this vital resource in the absence of sufficient precipitation, which is expected to become increasingly scarce in many global regions. Thus, my research aimed to understand the importance of a permanent water source to the dynamics of an insect community, and whether the effects of proximity to a water source change across seasons that greatly vary in both precipitation and temperature. My results will provide new insight into the complex role of spatiotemporal variation in temperature and water availability in community dynamics, which is important given the predi...
Temperature is known to influence ecosystem processes through its direct effect on biological rates ...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
In many terrestrial systems, water is an important resource that impacts plant growth, survival and ...
Janzen's extension of the climate variability hypothesis posits that increased seasonal variation at...
Temporary freshwater ecosystems like vernal pools sustained by precipitation are a hotbed of diversi...
Climate change is increasing temperatures globally as well as the frequency and severity of extreme ...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
1. Climate change is expected to alter rainfall and temperature regimes across the world. The hydrol...
A climatic shift from temperate to arid conditions is predicted for Northwest Africa. Water temperat...
1. Phenological change is the most widely documented biological impact of climate change, but shows ...
Climate change is affecting biodiversity on multiple levels all over the world. Concomitant with a h...
1. Rising water temperatures under climate change are expected to affect the phenology of aquatic in...
The Terrestrial Initiative in Global Environmental Research (TIGER) is afive-year, NERC Community Pr...
Temperature is known to influence ecosystem processes through its direct effect on biological rates ...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
In many terrestrial systems, water is an important resource that impacts plant growth, survival and ...
Janzen's extension of the climate variability hypothesis posits that increased seasonal variation at...
Temporary freshwater ecosystems like vernal pools sustained by precipitation are a hotbed of diversi...
Climate change is increasing temperatures globally as well as the frequency and severity of extreme ...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
1. Climate change is expected to alter rainfall and temperature regimes across the world. The hydrol...
A climatic shift from temperate to arid conditions is predicted for Northwest Africa. Water temperat...
1. Phenological change is the most widely documented biological impact of climate change, but shows ...
Climate change is affecting biodiversity on multiple levels all over the world. Concomitant with a h...
1. Rising water temperatures under climate change are expected to affect the phenology of aquatic in...
The Terrestrial Initiative in Global Environmental Research (TIGER) is afive-year, NERC Community Pr...
Temperature is known to influence ecosystem processes through its direct effect on biological rates ...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
Water temperature is known to influence individual animal metabolism, development, and reproduction....