The use of treated wastewater (TWW) for crop irrigation is practiced in many countries
worldwide as a strategy to offset water scarcity. Soil quality assessment is required to ensure …

Biogas slurry and biochar, as typical by-products and derivatives of organic waste, have
been applied in agricultural production to improve the soil carbon (C) pool. However …

The reuse of reclaimed wastewater is increasingly recognized as a viable alternative water
source for irrigation. Its application, whether direct or indirect, impacts several …

Considering the expanding globalization and urbanization of freshwater depletion, it is vital
to recover and reuse wastewater for agricultural use. Although this approach is becoming …

Crop irrigation with wastewater has drawn global attention in water-scarce areas as a
strategy to offset water scarcity. However, the response of soil ecosystem functioning and …

Freshwater scarcity and salinity stress are major constraints for irrigated agriculture in the
arid West Texas region. Alternative crops that are tolerant to salinity and less water …

Treated wastewater (TWW) irrigation may harm soil and agricultural production. Adverse
effects of TWW irrigation may be mitigated by changing irrigation water quality (eg, fresh …

Crops such as quinoa (Chenopodium quinoa Willd.) that are both salinity and drought‐
tolerant and with high seed value are needed to sustain agriculture in arid Far West Texas …

In different countries located in arid and semi-arid regions of the world, one of the most
important problems in the agricultural sector is finding different alternative and reliable water …

New Zealand native vegetation as well as Pinus radiata are often established in high-
nutrient environments adjacent to agricultural land as well as in environments where …