Purpose This paper reviews chemical, physical, and biological problems of salt-affected
soils and different reclamation methods applied to rehabilitate these soils. Methods Methods …

Climate change and agricultural practices such as the overuse of chemical fertilizers and
pesticides have exacerbated the impact of abiotic pressures on crop productivity and …

Excessive salt rate can adversely influence the physical, chemical, and biological properties
of soils, mainly in arid and semi-arid world regions. Therefore, salt-affected soils must be …

Microorganisms in tidal freshwater wetlands affect biogeochemical cycling of nutrients, but
the structures and functions of the wetland communities change due to natural and …

Water scarcity is a world-wide problem, especially in desert ecosystems. To overcome this
shortage, saline groundwater is increasingly being used, although it has risks of increasing …

In order to study the effect of biochar application as simple and enriched, on the soil
nutrients status in the salinity conditions, a research was conducted as a factorial …

Salinity and soil organic matter (SOM) are key edaphic factors that exert substantial
influence on soil microbial activity. To understand the interactive effects of both factors on …

A field experiment was conducted using split–split block design to study the effect of
irrigation water quality, organic composts, kinetin and Bio-health application on NPK …

Soil ecology may be economically altered via microbiota and nutrient management in an
organic agricultural setting. While biochar may be used to promote microbial activity in the …

Salinity causes cellular damage and limits crop productivity, by reduces water availability of
plant roots via negative osmosis potential, salinity affects. The present study aims to mitigate …