2016
DOI: 10.3390/agronomy6030041
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Special Issue: Nitrogen Transport and Assimilation in Plants

Abstract: The doubling of the world’s agricultural production for the past four decades has been associated with a seven-fold increase in nitrogen (N) fertilization [1] which has caused major detrimental impacts onthediversityandfunctioningofthenon-agriculturalbacterial,animalandplantecosystems,notably through the process of freshwater and marine ecosystem eutrophication [2].[...]

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“…Nutrients in the surface water have a major impact on water quality [19] that, depending on their concentrations, may be positive or negative. While lower amounts of nutrients can be a source of natural food for aquatic animals such as fish, higher amounts can cause eutrophication of pools during summertime, although the flowing water in IRES may transform some nitrate into non-reactive forms [69,70,71]. Because of upstream activities, the water used in downstream agriculture contains higher amounts of salts and heavy metalloids.…”
Section: Discussionmentioning
confidence: 99%
“…Nutrients in the surface water have a major impact on water quality [19] that, depending on their concentrations, may be positive or negative. While lower amounts of nutrients can be a source of natural food for aquatic animals such as fish, higher amounts can cause eutrophication of pools during summertime, although the flowing water in IRES may transform some nitrate into non-reactive forms [69,70,71]. Because of upstream activities, the water used in downstream agriculture contains higher amounts of salts and heavy metalloids.…”
Section: Discussionmentioning
confidence: 99%