Browsing School of Geography by Author "England, J"
Now showing items 1-10 of 10
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Assessing river condition: A multiscale approach designed for operational application in the context of biodiversity net gain
Gurnell, AM; Scott, SJ; England, J; Gurnell, D; Jeffries, R; Shuker, L; Wharton, G (2020) -
Burrowing Invasive Species: An Unquantified Erosion Risk at the Aquatic-Terrestrial Interface
Harvey, GL; Henshaw, AJ; Brasington, J; England, J (2019-09) -
The contribution of citizen science volunteers to river monitoring and management: International and national perspectives and the example of the MoRPh survey
Gurnell, AM; England, J; Shuker, L; Wharton, G (2019-10) -
Incorporating catchment to reach scale processes into hydromorphological assessment in the UK
England, J; Gurnell, AM (2016) -
MoRPh: A citizen science tool for monitoring and appraising physical habitat changes in river
Shuker, L; Gurnell, A; Wharton, G; Gurnell, D; England, J; Finn-Leeming, B; Beach, E (Wiley, 2017-05-26)The MoRPh survey is designed to enable citizen scientists to monitor physical habitat mosaics and human pressures within short (up to 40 m) river reaches called modules. MoRPh underpins a multi-scale Modular River Survey, ... -
MoRPh: a citizen science tool for monitoring and appraising physical habitat changes in rivers
Shuker, LJ; Gurnell, AM; Wharton, G; Gurnell, DJ; England, J; Leeming, BFF; Beach, E (2017-08) -
Restoration of a chalk stream using wood: assessment of habitat improvements using the Modular River Survey
England, J; Dobbek, L; Finn Leeming, B; Gurnell, AM; Wharton, G (John Wiley and Sons, 2019-02-07)© 2019 CIWEM The installation of large wood and sediment berms to narrow the overwide channel of the River Bulbourne, Hertfordshire, aimed to restore geomorphological processes, improve channel habitat diversity and increase ... -
River bank burrowing by invasive crayfish: Spatial distribution, biophysical controls and biogeomorphic significance
Faller, M; Harvey, GL; Henshaw, AJ; Bertoldi, W; Bruno, MC; England, J (2016-11-01) -
The role of rewilding in mitigating hydrological extremes: State of the evidence
Harvey, GL; Hartley, AT; Henshaw, AJ; Khan, Z; Clarke, SJ; Sandom, CJ; England, J; King, S; Venn, O (2024-01-01)Landscape rewilding has the potential to help mitigate hydrological extremes by allowing natural processes to function. Our systematic review assessed the evidence base for rewilding-driven mitigation of high and low flows. ... -
Trees and wood: working with natural river processes
Gurnell, A; England, J; Burgess-Gamble, L (2019)