Agricultural soils have accumulated phosphorus (P) and lost carbon (C) in the recent
decades. Simultaneously, soil structure has been degraded by the large increase in …

The use of green manure as an organic fertilizer to main crops has been widely proposed as
a sustainable method for ecological restoration and increasing soil fertility in degraded …

Agriculture alters the biogeochemical cycling of nutrients such as nitrogen (N), phosphorus
(P), and silicon (Si) which contributes to the stoichiometric imbalance among these nutrients …

Recent investigations highlight the imperative of diminishing nonpoint nutrient loading to
mitigate the prevalence of harmful algal blooms and hypoxic conditions in the Great Lakes …

Green manure represents a crucial soil management practice for soil traits and potentially
sequestering organic carbon (OC) within the soil profile. Understanding the biomass …

Introduction In agroecosystems, phosphorus (P) applications over a long time have
accumulated in soil as legacy P. This environmental challenge can be an agronomic …

Eutrophication due to elevated nitrogen (N) and phosphorus (P) loss from croplands
remains one of the most pressing water quality issues throughout the world. Understanding …

Seabird colonies have a strong influence on both the physical and chemical soil parameters
and plant communities of the islands where they settle to nest. Scientists have studied the …

Agriculture is the leading source of non-point sources of water pollution, especially in terms
of the runoff process. Agricultural management promotes extensive water contamination, soil …

Lentic habitats, including ponds, lakes, and wetlands, make up a significant proportion of
global freshwater resources and provide important contributions to society through …