direct seeding; efficient irrigation method; organic compost; rice productivity; wheat; irrigation management; water productivity; physiology; yield and quality; canola; quantitative trait loci (QTL); water use efficiency; drought tolerance; genotype by environment interaction; land use type; evapotranspiration; dry matter accumulation; soil moisture; soil nutrient; native grass pastures; saturated hydraulic conductivity; soil water retention; thermal conductivity; soil organic matter; bulk density; irrigation schedule; maize; crop water requirement; irrigation water requirement; hydrological year; sweet potato; late irrigation; ¹³C allocation; economic return and yield; Passiflora edulis Sims; brackish water; fitormônio; deficit irrigation; drip irrigation; dry matter yield; forage quality; furrow irrigation; metabolizable energy; water saving; silicon; wheat; drought; photosynthesis; antioxidant defense; guar; clusterbean; irrigation; water use efficiency; biogenic silica; arid agriculture; guar seed yield; Anacardium occidentale L.; plant hormone; salt stress; Capsicum annuum L.; salinity; reactive oxygen species; acclimatization; waxy maize; waterlogging threshold; source-sink; stem lodging; potential kernel number; plant water status; fruit growth; equatorial diameter; soluble solids; total phenols; peanuts; irrigation water quota; water use efficiency; nitrogen use efficiency; drip irrigation; amylopectin content; interactions between irrigation and nitrogen; soluble sugar content; starch accumulation; winter wheat; peanuts; water and nitrogen fertilizer; yield; quality; water- and nitrogen-use efficiencies; agro-pastoral ecotone; alfalfa; yield; Dssat-Forages-Alfalfa model; water use; selenium; drought stress; enzymatic response; oxidative damage; photosynthesis; tomato; crop canopy temperature; infrared thermography; winter wheat; CWSI; water deficit diagnosis; jasmonate; muskmelon; nanobubbles water; pest damage; trichome; yield; drip irrigation under film; meta-analysis; machine learning; cotton yield; water use efficiency; trade-off analysis; boron; chloride; citrus; leaf toxicity; sodium; water management; lettuce; drip irrigation; emission reduction; entropy weight coefficient; paddy fields; soil quality index; straw incorporation; irrigation regime; soil nutrient management; sweet potato; soil volumetric water content; soil temperature; soil CO₂ concentration; root morphology; physiological characteristics; irrigation strategies; fertilizer management; rice yield; water productivity; nutrient utilization; agro-pastoral ecotone of Northern China; the different forage crops; DSSAT model; soil water dynamics; crop growth processes; crop evapotranspiration; water productivity; water deficit; sub-membrane drip irrigation; water consumption; water use efficiency; tuber quality; comprehensive evaluation; yield; quality; lodging resistance; NSC; fertilizer management; irrigation methods; soybean; DSSAT model; yield; biomass; irrigation water use efficiency; wheat; grain yield; nitrogen; silicon; water-saving irrigation; ipê-rosa - Handroanthus impetiginosus (Mart. ex DC.) Mattos; native tree; irrigation management; water sensitivity; photosynthesis; photochemical stress; fully biodegradable mulch film; subsurface drip irrigation; DSSAT model; yield; water use efficiency; millet; yield; water use efficiency; nitrogen agronomic efficiency; nitrogen accumulation; water and nitrogen optimization; maize; irrigation; crop coefficient; yield; irrigation water use efficiency; rice; potential evapotranspiration (PET₀); standardized precipitation evapotranspiration index (SPEI); climate change; drought characteristics; ‘Mollar de Elche’; sustained deficit irrigation; regulated deficit irrigation; water productivity; sugar beet; SPAD; germination rate; sustainable yield index; DSSAT model; Arachis hypogaea; peanut; water and nitrogen regulation; parameter estimation; model validation; ‘Mollar de Elche’; sustained deficit irrigation; regulated deficit irrigation; sensory characteristics of fruits; cracking

Strategies to Improve Water-Use Efficiency in Plant Production

Reprints in this Set

Strategies to Improve Water-Use Efficiency in Plant Production

Strategies to Improve Water-Use Efficiency in Plant Production