The issue of forest trees biologically designed to withstand wind and slope stresses for
improving tree anchorage and stability has been of interest to many forest ecologists for over …

The current study estimated carbon sequestration potential of Q. leucotrichophora–based
traditional agroforestry systems (agrisilviculture system, silvopasture system) and natural …

Several agroforestry systems prevail in different agro-ecological zones of Pakistan, and
cover a remarkable area of 19.3 million hectares. They not only play an important role in …

Abstract Knowledge of plant aboveground and belowground biomass (AGB and BGB)
allocation is fundamental for our understanding of terrestrial carbon sequestration in a …

Forests as one of the important ecosystems plays a noticeable role in reducing the carbon
dioxide by the annual atmospheric carbon sequestration into the biomass of woody plants …

Abstract Knowledge of root: shoot ratio (R/S) is fundamental for our understanding of carbon
allocation and storage in terrestrial ecosystems. Due to the periodic variation of water table …

Plant root and shoot growth are closely interrelated, though the connotation of root–shoot
balance should not be limited to their connectivity in biomass and physiological indicators …

Persian oak (Quercus brantii var. persica) is a dominant tree species of Zagros forests in a
semi-arid area, western Iran. However, the capacity of biomass and carbon stocks of these …

Terrestrial ecosystems obtain energy in the form of carbon‐containing molecules.
Quantifying energy acquisition and dissipation throughout an ecosystem may be useful for …

Aims: Different types of land use have different effects on carbon stored in their pools and Co
2. We compared carbon storage in different pools (tree, litter, and soil) across main land …