It would depend upon what is held
dear by the individual however, there is a good argument for actively managing
these woodlands such as increasing species biodiversity. Plantlife.org.uk (2011)
comments that “throughout history, England’s woodlands have been used for
everything from grazing livestock to harvesting timber,” they further suggest
that there “is evidence that Britain’s lowland forest landscapes looked like
the mosaic of habitats seen in the New Forest today.”
Plantlife.or.uk (2011) describes “coppice
management as being essential for managing the botanical richness of ancient
woodland.” Up until around 100 years ago, woodlands were still being regularly
coppiced for poles, charcoal, bracken and leaf litter and the human activity
and grazing of livestock kept the woodlands diverse (Reavey, 2012).
Plantlife.org.uk (2011) describes there would have been “glades, patches of
grassland, recently cut areas and some high trees. Far from harming woodland
life, this form of active management kept our woodlands rich and varied,
providing the opportunities for many different plants and animals to flourish.”
The human activity ensured the woodlands did not develop into high forest,
blocking out the crucial light needed by the majority of our woodland flora,
moreover regular grazing of livestock kept dominant species such as bramble and
dogs mercury under control. “Most woodland plants are not shade tolerant and
prefer lighter conditions. This not only applies to woodland flowers but also
to lichens, mosses and liverworts." (Plantlife.org.uk, 2011). If the diversity of plant life declines
so too does the richness of insects, birds and mammals (Byfield, 2011).
The increased
number of deer browsing on the ground flora and sub canopy layer of woodland
vegetation has been associated to the decline of woodland birds that rely on
the dense shrub for shelter and breeding furthermore
the food plants of butterflies will decline (Byfield, 2011).
“Plants need light to grow, and
management allows this all-important ingredient to reach the woodland floor. In
the past trees were coppiced, pollarded and shredded; timber was hauled away;
and, in many instances, the woodland floor grazed by domestic stock. Such
activities allow in light, remove nutrients, keep coarse vegetation at bay, and
create open bare ground for seedling establishment” (Byfield, 2011).So to answer the question I would choose to manage Seely Copse to keep it ‘natural’. Or do an experiment and leave it for 500 years and see what happens??? As it’s used for education, there can be only one feasible option, and that's to continue management.
References:
Byfield, A. (2011) Forestry
Recommissioned. Available at: http://www.plantlife.org.uk/about_us/news_press/forestry_recommissioned
(Accessed 13 April 2012).
The Guardian (2012) Managing
English Woodlands Could Help Rare Plants. Available at: http://www.guardian.co.uk/environment/2012/jan/16/managing-england-woodlands-plants
(Accessed 13 April 2012).
Plantlife. (2011) Forestry
Recommissioned. Available at: http://www.plantlife.org.uk/uploads/documents/WR_web.pdf
(Accessed 13 April 2012).
Reavey, D. (2012) Coppicing and Ancient Woodlands. [Lecture to BAPet Year 1]. 16 April.
Reavey, D. (2012) Coppicing and Ancient Woodlands. [Lecture to BAPet Year 1]. 16 April.
You have made some very valuable points Vicky. Wouldn't it be interesting to really see what Seeley Copse would actually be like in 500 years time?? It would be interesting!
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