Land use change, anthropogenic exploitation and climate change have impacted the flow of
services in the Himalayan region. The dominant land uses in the region including natural …

Carbon sequestration in forests has increasingly captured the attention of scientists as a
strategy for climate change mitigation and environmental sustainability. In this era of huge …

Due to the rapid growth of the tea industry, the tea plantation area has steadily increased
worldwide. In some regions, croplands and natural forests have been converted into tea …

The Himalayan region is a most fragile ecosystem globally. Trees make up around 90% of
the global biomass carbon pool and previous studies have shown that tree carbon balance …

Key message The growth characteristics and biomass model of Cupressus gigantea (34a).
The biomass of each part of the tree was ranked in order of size: trunk> main branches> …

Abstract Above Ground Biomass (AGB) is a vital factor in the forest ecosystem, closely linked
to the carbon cycle and global climate change. Synthetic Aperture Radar (SAR) remote …

Tree biomass and carbon stock continue to be the most important contributors to a forest-
based bioeconomy. Accurate estimation of tree biomass and carbon stock therefore is …

Accurate plot-level estimates of above ground biomass (AGB) are crucial for reducing
uncertainty in spatial AGB quantification, a key requirement for Reducing Emissions from …

Carbon sequestration through tree-based systems has been well recognized due to its
potential to mitigate climate change. The lack of site-specific and species-specific biomass …

Quantifying above ground biomass (AGB) and its spatial distribution can significantly
contribute to monitor carbon stocks as well as the carbon storage dynamics in forests. For …