Due to climate changes and increased demands of different water users (agriculture,
industry, domestic) water becomes scarce resources worldwide. Since irrigated agriculture …

Water and nitrogen are two main factors affecting crop yield and quality, and their
optimization is crucial for sustainable agriculture production. In this study, the results of a …

Quinoa (C henopodium quinoa Willd.), traditionally called the mother of grains, has the
potential to grow under high temperatures and drought, tolerating levels regarded as …

The nutritional responses to drying and rewetting cycles of partial root-zone irrigation still
remains elusive. The effect of alternate partial root-zone irrigation (PRI) on water use …

Better understanding of the effects of deficit irrigation regimes on phosphorus (P) and
nitrogen (N) uptake dynamics is necessary for sustainable water, P and N management. The …

Partial root-zone drying irrigation (PRDI) can influence carbon (C), nitrogen (N), and P
(phosphorus) allocations in annual crop plants. This study consisted of a two-factorial split …

Repeated soil drying and rewetting (DRW) cycles occur in rainfed and irrigated agriculture.
The intensity and frequency of DRW cycles regulate both microbial physiology and soil …

Water and phosphorus (P) are limited resources which constrain crop productivity
worldwide. Therefore, there is urgent need to develop novel irrigation and fertilization …

Alternate partial root-zone drying (PRD) irrigation and deficit irrigation (DI) are water-saving
irrigation strategies. Here, comparative effects of PRD and DI on fruit quality of tomato …

This study focused on alfalfa (Medicago sativa) to investigate the effect of partial root-zone
drying irrigation (PRDI) on N-fixing crops available soil P. A three-year field experiment was …