The climatic and non-climatic stresses impacted adversely to the functioning and productivity
of the forests, resulting in disturbing the existing carbon flow in the atmosphere. Cedrus …

Background Temperate forests are major carbon sinks because of their high storage
potential and low decomposition processes. We quantified tree carbon (TC) storage from …

The assessment of tree biomass and its carbon (C) stock at the local and regional level is
considered a crucial criterion for understanding the impact of changing environments on the …

In the current era of global warming, the Himalayan forests are under tremendous pressure
due to intensified anthropogenic activity, resulting in the loss of forest diversity. However, the …

Forests, covering approximately thirty percent of the Earth's total surface area, are the
world's largest carbon sink and a crucial player in mitigating climate change through carbon …

The high elevation forests of the Central Himalayas include stands with an exceptional
abundance of aboveground biomass, standing as some of the most carbon-rich forests in …

Abstract Indian Himalayan regions (IHRs) are among the most fragile ecosystems, being
highly susceptible to natural hazards and climatic change to a varied extent due to their …

The present study deals with the assessment of species composition, biomass, carbon stock
and carbon sequestration potential of sub-tropical forests of Darjeeling, eastern Himalaya …

Tree biomass and species diversity have a key role in regulating proper ecosystem
functioning. The present study explored variability among four Sal (Shorea robusta Gaertn …

The present study assessed the terrestrial biomass of broad-leaved forests to determine the
carbon storage potential of each tree species in Punakha. The assessment was based on a …