Background Acacia mangium, a fast-growing tree native to parts of Indonesia, Papua New
Guinea and Australia, has been cultivated outside its native environment and introduced into …

Soil absorbs a lot of carbon dioxide (CO 2). Soil organic carbon (SOC) is understudied in
tropical regions despite its importance. This study examines how forest management might …

Background and aims Ecological stoichiometry plays important roles in ecosystem dynamics
and functioning, but relationships between above-and belowground stoichiometry and …

Terrestrial ecosystems worldwide are receiving increasing amounts of biologically reactive
nitrogen (N) as a consequence of anthropogenic activities. This intended or unintended …

Highly weathered lowland (sub) tropical forests are widely recognized as nitrogen (N)‐rich
and phosphorus (P)‐poor, and the input of N and P affects soil carbon (C) cycling and …

Carbon (C) is a key product of forests, but not widely studied for available C stock, and
biomass of tree species in typical forest ecosystems of India. Therefore, it is useful to …

Dissolved organic matter (DOM) drives many fundamental biogeochemical processes (eg,
carbon storage, nutrient cycling, and soil development) in forest soil. However, the molecular …

Intensive forest management practices, such as fertilization, tillage, and understory removal,
could markedly change the soil organic carbon (SOC) stock and labile organic carbon (C) …

In this study we examined the effects of mixing N-fixing species with Eucalyptus on microbial
biomass carbon (MBC) and phospholipid fatty acid (PLFA) composition using a comparative …

CO 2 emissions have increased exponentially in recent years, so measuring and quantifying
carbon sequestration is a step towards sustainable forest management and combating …