Current Research within the Catchment Science Centre

Project Title	Contact Person
The Macro-Ecological Model (MEM)	David Lerner
Landscape Management in the Doe Lea Catchment	David Lerner
Assessing the nitrogen attenuation capacity of a hyporheic zone in a lowland river catchment	Nick Riess
Attenuation capacity of hyporheic and riverbed sediments and its relationships to fluvial and geological environments	Jonathan Smith
Managing diffuse pollution from agriculture in the Ingbirchworth catchment, Yorkshire	Ben Surridge
Brownfield land, flooding and climate change	Jacqueline Diaz Nieto
Defining Ecological Quality	Achim Paetzold
How do river ecosystems provide the most efficient energy transfer function for the ecosystem service of fish production?	Jenny Horne
Persistence of Macroinvertebrate Communities	Robert Holland
Long term effects of altered aquatic-terrestrial subsidies	Achim Paetzold
CatSci: An integrated study of the River Don catchment, Yorkshire.	David Lerner
Interaction between aquifers and streams in highly heterogeneous environments	Tristan Ibrahim
Modelling catchment landscape potential to mitigate diffuse pollution from agriculture	Nataliya Tkachenko
The role of colonization and habitat fragmentation in the biotic recovery of stream systems	Jacqueline Bernet
Pollutant pathways and travel times at catchment scale: a tool to include groundwater in modelling	Janmaizatulriah Jani
Flow and sediment dynamics to assess the effects of human-induced changes in the Don catchment	Irantzu Lexartza Artza
Development of approaches, methods and tools for an integrated approach to river basin management	Simone Bizzi
Socio-economic consequences of policy change towards sustainable water management	Emma Westling
Risks to Groundwater Supplies Of Drinking Water From Pesticides	Emma Mallinson
Hyporheic ecology and altered landscapes	Anna Ritchie

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