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IMPROVING GLOBAL CARBON CYCLE MODELS WITH OBSERVATIONS
(2014-05)
In the future warming world terrestrial ecosystems may mitigate increasing temperatures by sequestering CO₂ from the atmosphere, or they can intensify future global change, amplifying the rate of CO₂ production in response ...
Remote sensing analysis of croplands, woody plant encroachment and carbon fluxes of woody savanna
(2017-05-12)
Since 1990s, much attention has been paid to Land use/land cover change (LULCC) studies because it is an important component of global change. The vegetation change is a critical factor of land cover changes, which interacts ...
RESPONSES OF TOTAL AND ACTIVE SOIL MICROBIAL COMMUNITIES TO CLIMATE WARMING
(2019-12)
As illustrated by accumulating scientific evidence, unconscionable anthropogenic activities since industrialization such as intensive land utilization and accumulation of various greenhouse gases due to fossil fuel combustion ...
AN INVESTIGATION INTO THE INFLUENCE OF SUBSURFACE GEOCHEMISTRY ON MICROBIAL COMMUNITIES IN AN UNCONFINED CONTAMINATED AQUIFER
(2018)
Microorganisms account for ~ 90 gigatons of carbon in terms of global biomass and are important drivers of elemental cycling especially in oligotrophic subsurface environments. Subsurface ecosystems remain poorly characterized ...
CARBON-WATER COUPLING OF TERRESTRIAL ECOSYSTEMS IN RESPONSE TO CLIMATE CHANGE AND CLIMATE VARIABILITY
(2019-05-10)
Carbon and water cycles are two fundamental biophysical processes in terrestrial ecosystems. Rain use efficiency (RUE), defined as the ratio of ecosystem productivity to precipitation (PPT), and water use efficiency (WUE), ...