EQR Header
> NW Home
> Wildlife
Habitats
> Creating
sites
> Managing
Sites
> People &
wildlife
> Species
> Geodiversity
> QD Home
> Quarry
Boundary
> Safety &
Stability
> Slopes &
Banks
> Access &
open areas
> After use
home
> Technical &
environment
> Planning &
Financial

Natural world

The richness of our natural world is a reflection of the complex web of dependencies that exist between the plants, animals, rocks, soils, water and climate. Elaborate food chains link prey and predators, from decomposing vegetation, through invertebrates and leaves and fruits, up by way of the birds and small mammals to the larger top predators. Modify or destroy any one part of that web and consequential changes will ripple though the whole system.

Man as part of the natural world has, since stone age man started clearing forests, caused serious impacts on the ability of his fellow wildlife to survive. Not the least of the impacts has been through the destruction and modification of the natural wildlife-rich habitats. These habitats have, to a large extent, been replaced by buildings and roads and by agriculturally productive but wildlife poor areas of farmland.

Quarrying and aggregate extraction activities often occur in areas of intensive agricultural activity which really are wildlife deserts.

Children observing water creatures
View of a restored quarry

Restoration of quarry sites presents an opportunity to increase biodiversity by creating wildlife rich habitats and niches for wildlife and at the same time to give people the chance to appreciate and enjoy the habitats that have been created and the geology that has been exposed.

Photograph of a fox
l Home l Explore Now l Natural World l Quarry Design l Future Use l Site Map l Links l
© NERC 2011. This site is hosted by the British Geological Survey but responsibility for the content of the site lies with Explore Quarry Restoration (EQR) project not with the British Geological Survey. Questions, suggestions or comments regarding the contents of this site should be directed to minerals@bgs.ac.uk.