| Through the generosity
of Wyvern Environmental Trust we are able to support a series
of regionally and nationally important research projects: |
Bath
Spa University College: Experimental
grassland field system
Staff and students are undertaking research into establishing species-rich
grassland on the clay capping the landfill.
More information Contact
e-mails : David Watson
& Elaine Sage
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Staffordshire
University: An investigation
into the underlying microbial factors governing plant recruitment
and competition in a grassland creation scheme on a capped landfill
site.
The aim of this investigation is to gain an understanding of the underlying
factors governing plant recruitment and competition through the study
of vesicular-arbuscular mycorhiza (AM) and its relationship with other
soil characteristics (including organic content, earthworm activity,
bulk density) in order to provide an insight into how grassland creation
and restoration techniques can be improved to reflect a more natural
community structure. More
information |
Bournemouth
University & Yeovil College: Impact
of surface drainage landforming on revegetation of capped landfill
This
experimental plot is design to investigate the manipulation of surface
substrate contours to provide a variety of soil microclimates. The
objective of this research is to record germination and establishment
rates of a herb rich grass mix sown directly onto the substrate. As
the site progresses, the introduction of additional species through
natural succession will also be recorded.
More
information
|
|
Butterfly
Conservation:
Butterfly
habitat creation
Butterfly Conservation is creating a variety of experimental habitats
to attract a wide range of butterfly species. This is a three year
project with an obvious benefit long term to the species diversity
of the site. More
information
Contacts: Andrew
George tel 01373 812270 or Dudley Cheeseman tel 01458 251451
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Reading University: Landforming and habitat creation
The School of Plant Sciences at Reading University is conducting
PhD research into new approaches to designing wildlife habitats
and landscapes on post-use landfill sites using a variety of substrates
and topographies. More
information
|
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Short-rotation
willow coppice
Long Ashton Research Station will be testing the performance of
different varieties of willow in extracting minerals and metals
from soil.
Contact: Kevin
Lindegard
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