期刊： ECOLOGICAL MONOGRAPHS, 2022; 92 (3)
Temperature drives performance and therefore adaptation; to interpret and understand these, thermal performance curves (TPC) are used, often through m......
期刊： ECOLOGICAL MONOGRAPHS, 2022; 92 (4)
Climate change is causing range shifts of many species to higher latitudes and altitudes and increasing their exposure to extreme weather events. It h......
期刊： ECOLOGICAL MONOGRAPHS, 2022; 92 (1)
The mechanisms driving species co-occurrence are varied and include biotic interactions, abiotic factors, and scale-dependent processes. Based on a co......
期刊： ECOLOGICAL MONOGRAPHS, 2022; 92 (2)
Patterns in functional diversity of organisms at large spatial scales can provide insight into possible responses to future climate change, but it rem......
期刊： ECOLOGICAL MONOGRAPHS, 2021; 91 (3)
This paleolimnological study aims to investigate how natural processes and anthropogenic land-use changes have affected sedimentary phosphorus (P) for......
期刊： ECOLOGICAL MONOGRAPHS, 2021; 91 (2)
Angiosperms are believed to have emerged initially in the tropics and expanded their distribution range poleward through diverse mechanisms, for examp......
期刊： ECOLOGICAL MONOGRAPHS, 2021; 91 (3)
Heat tolerance at the immobile embryonic stage is expected to be critical in determining species vulnerability to climate change. However, how the mea......
期刊： ECOLOGICAL MONOGRAPHS, 2020; 90 (3)
Over the past three decades, there has been a concerted effort to study the long-term dynamics of tropical forests throughout the world. Data regardin......
期刊： ECOLOGICAL MONOGRAPHS, 2019; 89 (2)
The diversity-stability relationship is a long-standing, central focus of community ecology. Two major challenges have impeded studies of the diversit......
期刊： ECOLOGICAL MONOGRAPHS, 2017; 87 (3)
Given that plant growth is often water-limited in grasslands, it has been proposed that projected increases in precipitation could increase plant prod......
期刊： ECOLOGICAL MONOGRAPHS, 2017; 87 (3)
The microbial metabolic quotient (MMQ), microbial respiration per unit of biomass, is a fundamental factor controlling heterotrophic respiration, the ......
