This pollutant movement is affected by: The fate of both applied irrigation water and precipitation The physical, chemical, and biological characteristics of the irrigated land The type of irrigation system used The crop type The farm management practices employed The management of the irrigation system For example, irrigation waters transported in open, unlined canals can seep into adjacent soils, eventually carrying soluble pollutants into ground or surface waters.
(irrigation waters; transported; ) (unlined canals; can seep; into adjacent soils; eventually carrying soluble pollutants into ground or surface waters) Context(unlined canals can seep,List([357, 380))):(This pollutant movement; is affected; by: The fate of both applied irrigation water and precipitation The physical, chemical, and biological characteristics of the irrigated land) (irrigation waters transported in open; carrying; soluble pollutants; into ground or surface waters; T:eventually) (The type of irrigation system; used; The crop type The farm management practices employed The management of the irrigation system For example) (The farm management practices; employed; The management of the irrigation system)
unlined canals can seep,List([357, 380))
irrigation waters unlined canals This pollutant movement irrigation waters transported in open The type of irrigation system The farm management practices
transported can seep is affected carrying used employed
into adjacent soils eventually carrying soluble pollutants into ground or surface waters
by: The fate of both applied irrigation water and precipitation The physical, chemical, and biological characteristics of the irrigated land
soluble pollutants into ground or surface waters T:eventually
The crop type The farm management practices employed The management of the irrigation system For example
The management of the irrigation system