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363 Search Results for forests and soil

  • Publications

    Managing deadwood in forests and woodlands

    Lead Author: Jonathan W Humphrey
    Deadwood is a vital component of a properly functioning forest ecosystem. It plays an important role in sustaining biodiversity and in delivering ecosystem services such as soil formation and nutrient cycling. In the UK up to a fifth of woodland species depend on dead or dying trees for all or part of their life cycle […]
  • Publications

    [Archive] Studies of certain Scottish moorlands in relation to tree growth

    Lead Author: Forestry Commission
    This bulletin is an account of investigations conducted during a number of years by Dr. G. K. Fraser, of the Department of Forestry, Aberdeen University, into the establishment of timber crops on peat soils in Scotland and particularly under west coast conditions as illustrated at Inverliever on Loch Awe. The investigations recorded in this bulletin […]
  • Tools and Resources

    Soil function – practical considerations

    Consideration of soil formation and function in the urban environment where greenspace is to be established
  • Tools and Resources

    2017 – Forest carbon stock

    The total carbon in UK forests is estimated to have increased between 1990 and 2015 (Table 4.1). The carbon in forest soils accounts for most (around 75%) of total forest carbon. Table 4.1 Forest carbon stock   1990 2000 2005 2010 2015 million tonnes of carbon dioxide equivalent Carbon in above-ground biomass 360 471 527 583 639 Carbon in below-ground biomass 129 170 190 210 230 Carbon in dead wood 9 10 10 10 10 Carbon in litter  165 175 179 182 187 Soil carbon1 2366 2533 2594 2629 2715 Total forest carbon  3029 3359 3500 3614 3781 Source: Forestry […]
  • Tools and Resources

    2016 – Forest carbon stock

    The total carbon in UK forests is estimated to have increased between 1990 and 2015 (Table 4.1). The carbon in forest soils accounts for most (around 75%) of total forest carbon. Table 4.1 Forest carbon stock 1990 2000 2005 2010 2015 million tonnes of carbon dioxide equivalent Carbon in above-ground biomass 360 471 527 583 639 Carbon in below-ground biomass 129 170 190 210 230 Carbon in dead wood 9 10 10 10 10 Carbon in litter 165 175 179 182 187 Soil carbon 1 2 366 2 533 2 […]
  • Publications

    Report on Forest Research 1970

    Report on Forest Research for the year ending 31 March 1970
  • Tools and Resources

    Soil compaction – practical considerations

    Culitvation methods and considerations to alleviate soil compaction at undermanaged greenspaces
  • Tools and Resources

    2018 – UK Forests and Climate Change

    Introduction Forests can help mitigate climate change by reducing the amount of greenhouse gases in the atmosphere. They do this by absorbing carbon dioxide, using the carbon to produce sugars for tree growth and releasing the oxygen back into the air. As trees grow, they store carbon in their leaves, twigs and trunk, and in the […]
  • Publications

    Report on Forest Research 1969

    Report on Forest Research for the year ending 31 March 1969
  • Publications

    [Archive] Sitka spruce in British Columbia: a study in forest relationships

    Lead Author: W.R. Day
    In the spring and summer of 1952 Mr W.R. Day, Lecturer in Forest Pathology at the Imperial Forestry Institute, Oxford, visited British Columbia. His object was to examine the forest relationships of the Sitka spruce in its natural homeland. The main purpose was to study Sitka spruce as an element in the mixed forests in […]
  • Tools and Resources

    2019 – Forest carbon stock

    Forest carbon stock is the amount of carbon that has been sequestered from the atmosphere and is now stored within the forest ecosystem, mainly within living biomass and soil, and to a lesser extent also in dead wood and litter.  Table 4.1 presents estimates of UK forest carbon stock that were compiled in 2018 for submission […]
  • Tools and Resources

    Wildflower meadow habitats

    The ecological benefits of wildflower meadows for incorporation into urban greenspace, including links to case studies with examples of wildflower meadows for biodiversity