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VOL. 11, ISSUE 3 (2026)
Moorland ecology and conservation of the Kinder Scout plateau: An integrated assessment of an upland peatland ecosystem
Authors
Anish Ganguly
Abstract
Kinder Scout is the highest point in the Peak District National Park
and supports one of the United Kingdom's most important blanket bog ecosystems.
This study examines the geology, ecology, floral diversity and conservation
significance of the plateau, with particular emphasis on the relationship
between vegetation composition and ecosystem function. The Carboniferous Millstone
Grit geology provides the foundation for acidic, waterlogged peat soils that
support characteristic blanket bog vegetation. Field observations identified a
diverse assemblage of dwarf shrubs, bryophytes, liverworts, graminoids, ferns
and flowering plants, including Calluna vulgaris, Vaccinium myrtillus, Sphagnum
fallax and Eriophorum vaginatum. These species play essential roles in peat
formation, carbon sequestration, water retention, soil stabilisation and
habitat provision. The presence of diverse bryophytes and liverworts indicates
relatively stable hydrological conditions, while a limited number of
non-characteristic species reflects localised disturbance and transitional
habitats. The findings demonstrate that, despite historical degradation caused
by grazing, erosion and land-use change, extensive restoration programmes have
significantly improved vegetation cover and ecological function. Kinder Scout
now serves as an important example of successful peatland restoration,
illustrating the benefits of science-based conservation management. Continued
protection and monitoring are essential to preserve biodiversity, maintain
ecosystem services, regulate downstream hydrology and enhance long-term carbon
storage in response to future environmental and climatic change.
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Pages:277-281
How to cite this article:
Anish Ganguly "Moorland ecology and conservation of the Kinder Scout plateau: An integrated assessment of an upland peatland ecosystem". International Journal of Botany Studies, Vol 11, Issue 3, 2026, Pages 277-281
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