Has no major temperature changes - Ecological importance
Water is available all year - Ecological importance
Soil Is deep and fertile - decaying organic matter
Lack of available food in the winter causes animals to be less active, storage of food, hibernation, migration
Plant growth under the canopy is difficult due to impacted light levels and temperature
Plants grow in early spring to avoid growth of the canopy
They are found 40- 60 degrees north or south of equator
There is high biodiversity
Changes in population of species pose minor threat
They are important for building construction, wood fuel and charcoal
They are important for recreational activities
They are important in carbon sequestration: plants absorb Co2 in photosynthesis and release it during respiration
Woodland clearance poses a threat, habitats have been cleared for monoculture plantations, urban developments. Mineral extraction and transport infrastructure
Habitat fragmentation may be resultant from woodland clearance it isolates remaining areas and increases vulnerability of extinction if the separated species
Historical methods of conservation were creating woodlands specifically for commercial use such as wildwood areas which had no interference
Coppice woodland ( historical conservation) included Hazel for fencing and oak for charcoal etc
Modern conservation include monoculture plantations of single age trees
Modern conservation includes community forests planted for commercial use
Modern conservation includes new woodland areas around field margin
Conservation may include protection of ancient woodland
Ancient woodland is a forest that existed prior to 1600, it has well adapted Ecological niches and
Conservation management may include mixed species woodland to increase biodiversity
Conservation management may also include creation of woodland clearing to increase habitat diversity
Conservation may include designates protected areas such as UK national parks, woodland SSSI's
Leaf little decomposes this increases nutrients content