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pro vyhledávání: '"Mark J. Betson"'
Publikováno v:
Journal of Hydrology. 350:290-302
PSYCHIC is a process-based model of phosphorus (P) and suspended sediment (SS) mobilisation in land runoff and subsequent delivery to watercourses. Modelled transfer pathways include release of desorbable soil P, detachment of SS and associated parti
Publikováno v:
Journal of Hydrology. 350:317-328
Summary The PSYCHIC process-based model for predicting sediment and phosphorus (P) transfer within catchments uses spatial data on soil-P derived from the National Soil Inventory (NSI) data set. These soil-P values are based on bulked 0–15 cm depth
Autor:
Chris Procter, Dennis Buckley, Andy Frost, Kevin Voyce, Hester Lyons, Mark J. Betson, Alison Riding, Lex Comber
Publikováno v:
Journal of Environmental Management. 81:296-306
Water use is expected to increase and climate change scenarios indicate the need for more frequent water abstraction. Abstracting groundwater may have a detrimental effect on soil moisture availability for crop growth and yields. This work presents a
Publikováno v:
Science of The Total Environment. 344:15-25
Erosive storm energy is the primary driver of soil detachment, and hence a major determinant of transfer of sediment and particulate phosphorus (P) to surface waters. Modelling of sediment and P loss at catchment scale, for example for the developmen