This review covers the current and emerging analytical methods used in laboratory, field,
landscape and regional contexts for measuring soil organic carbon (SOC) sequestration in …

Soil horizons reflect soil processes and convey information about past and present soil
conditions. The identification and delineation of soil horizons are affected by lateral and …

Drylands play major roles in the terrestrial carbon cycle and mitigation of climate change.
Understanding the dynamics of soil organic carbon (SOC) stocks under land use change …

Soil electrical conductivity (EC) and pH play a critical role in managing agricultural
productivity. We investigated the effect of soil to water ratios (1: 1, 1: 2.5, 1: 5) and sampling …

Detailed information on soil profiles is required for site characterization, soil map**,
studies on pedogenesis, soil–landscape modelling and soil classification. In this study, we …

Carbon sequestration in earth surface is higher than the atmosphere, and the amount of
carbon stored in wetlands is much greater than all other land surfaces. The purpose of this …

A rapid and cost-effective soil organic carbon (SOC) monitoring is vital for soil management.
While SOC laboratory analysis is expensive and time-consuming, spectroscopic sensor …

The study aims to establish a correlation model between potential carbon and soil carbon
storage. It examined soil carbon distribution, potential, and storage within a 0–100 cm soil …

We aimed to assess and observe the accumulation of Cu, Cd, and Hg heavy metals on land
and the contamination of plant tissues in Grand Forest Park, Palu, Indonesia, and its …

Digital cameras are becoming increasingly popular in environmental sciences and proximal
soil sensing as low cost, but high quality and high-resolution sensors. The high spatial …