Flooding is a major disturbance that impacts aquatic ecosystems and the ecosystem
services that they provide. Predicted increases in global flood risk due to land use change …

Although extensive manipulative experiments have been conducted to study the effects of
altered precipitation intensity and duration on soil greenhouse gas (GHG; carbon dioxide …

Coastal wetlands are considered as a significant sink for global carbon because their
organic-rich soils. Given exposed to shallow water tables, water from groundwater is …

Riparian zones have been used for water quality management with respect to NO3− in
subsurface flow and total P (TP), sediments, and pesticides in overland flow for decades …

Riparian buffer systems (RBS) are a common agroforestry practice that involves maintaining
a forested boundary adjacent to water bodies to protect the aquatic ecosystems in …

Riparian zones play a fundamental role in regulating the amount of carbon (C) and nitrogen
(N) that is exported from catchments. However, C and N removal via soil gaseous pathways …

Increasing atmospheric greenhouse gas (GHG) concentrations causes global temperature
rising as well as extreme hydrological events. Understanding the effects of climate change …

There are many factors involved in the release of CO2 emissions from the soil, such as the
type of soil management, the soil organic matter, the soil temperature and moisture …

The nutrient-limiting conditions in saline–alkali soil as well as the salinity and alkalinity
stress are successfully alleviated by water management measures and the addition of …

Soil moisture remarkably influences soil organic carbon (SOC) decomposition and is one of
the key variables in ecological models influencing changes in soil carbon (C) storage …