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Soil, water, and nitrogen management are critical for crop productivity and quality in horticulture as well as for reducing negative impacts on ecosystems and greenhouse gas emissions. This Special Issue is a collection of seven important research works addressing solutions or strategies that can be implemented in order to use these three factors of production in a more sustainable way and to reduce inorganic nitrogen applications by considering the great importance of circular agriculture and the use of microorganisms. Aside from the relevance of the topics in this Special Issue, the studies included within it may trigger the development of new strategies for more sustainable and environmentally friendly intensive agriculture.

Technology: general issues --- History of engineering & technology --- Environmental science, engineering & technology --- drip irrigation --- arbuscular mycorrhizal fungi --- water relations --- N and P status --- soil organic carbon --- osmoregulation --- sugar accumulation --- water stress --- xylem tissue --- mulching film --- Trichoderma --- Lactuca sativa L. --- nitrogen dose --- nutritional quality --- yield --- sustainability --- by-products --- recycle --- smart agriculture --- nitrogen efficiency --- soil organic matter --- acidic soil --- pH --- nitrogen --- nutrient uptake --- photosynthetic pigments --- antioxidant activity --- Spinacia oleracea --- hexavalent Cr --- photosynthesis --- phosphorus uptake --- Cr(VI) tissue --- leaf characteristics --- purslane --- soil contamination --- heavy metals --- Ginger (Zingiber officinale) --- biochar --- plant growth --- root morphological traits --- chlorophyll content --- soil enzymes --- n/a

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Soil, water, and nitrogen management are critical for crop productivity and quality in horticulture as well as for reducing negative impacts on ecosystems and greenhouse gas emissions. This Special Issue is a collection of seven important research works addressing solutions or strategies that can be implemented in order to use these three factors of production in a more sustainable way and to reduce inorganic nitrogen applications by considering the great importance of circular agriculture and the use of microorganisms. Aside from the relevance of the topics in this Special Issue, the studies included within it may trigger the development of new strategies for more sustainable and environmentally friendly intensive agriculture.

Technology: general issues --- History of engineering & technology --- Environmental science, engineering & technology --- drip irrigation --- arbuscular mycorrhizal fungi --- water relations --- N and P status --- soil organic carbon --- osmoregulation --- sugar accumulation --- water stress --- xylem tissue --- mulching film --- Trichoderma --- Lactuca sativa L. --- nitrogen dose --- nutritional quality --- yield --- sustainability --- by-products --- recycle --- smart agriculture --- nitrogen efficiency --- soil organic matter --- acidic soil --- pH --- nitrogen --- nutrient uptake --- photosynthetic pigments --- antioxidant activity --- Spinacia oleracea --- hexavalent Cr --- photosynthesis --- phosphorus uptake --- Cr(VI) tissue --- leaf characteristics --- purslane --- soil contamination --- heavy metals --- Ginger (Zingiber officinale) --- biochar --- plant growth --- root morphological traits --- chlorophyll content --- soil enzymes --- drip irrigation --- arbuscular mycorrhizal fungi --- water relations --- N and P status --- soil organic carbon --- osmoregulation --- sugar accumulation --- water stress --- xylem tissue --- mulching film --- Trichoderma --- Lactuca sativa L. --- nitrogen dose --- nutritional quality --- yield --- sustainability --- by-products --- recycle --- smart agriculture --- nitrogen efficiency --- soil organic matter --- acidic soil --- pH --- nitrogen --- nutrient uptake --- photosynthetic pigments --- antioxidant activity --- Spinacia oleracea --- hexavalent Cr --- photosynthesis --- phosphorus uptake --- Cr(VI) tissue --- leaf characteristics --- purslane --- soil contamination --- heavy metals --- Ginger (Zingiber officinale) --- biochar --- plant growth --- root morphological traits --- chlorophyll content --- soil enzymes