Deadwood is an important component of the global carbon cycle, and its decomposition
releases carbon dioxide (CO2) and methane (CH4) into the atmosphere. However, the main …

Dead wood (DW) is an important forest carbon (C) pool for which the reporting of C stock
changes within the National Greenhouse Gas Inventory Report (NIR) is mandatory. The use …

The carbon-to-oxygen relationship and gas exchange balance, organic carbon to CO2
conversion intensity and efficiency, and their relevance to climate parameters and wood …

Carbon dioxide (CO2) and methane (CH4) are recognized as the main greenhouse gases
causing climate warming. In forest ecosystems, the death of trees leads to the formation of …

Deadwood is an important yet understudied carbon pool in tropical ecosystems. Deadwood
degradation to CO 2 through decomposer (microbial, termite) activities is driven by wood …

Approximately 70% of the carbon (C) stored in logs is released into the atmosphere,
representing an important source of CO 2 lost from terrestrial ecosystems. Log respiration (R …

Quantifying deadwood decomposition is prioritized by forest ecologists; nonetheless,
uncertainties remain for its regional variation. This study tracked variations in deadwood …

Deadwood is an important yet understudied carbon pool in tropical ecosystems. Wood
microclimate, as defined by wood moisture content and temperature, drives decomposer …

Although coarse woody debris (CWD) is important for soil functioning, the mechanism which
affects soil properties beneath CWD are unclear. Here, initial changes in microbial and soil …

Coarse wood debris (CWD) plays a critical role in forest productivity, nutrient cycling,
decomposition, and carbon sequestration, and shapes the carbon pool in the forest …