This Technical Note provides guidance on matching harvesting systems to site conditions to reduce the risk of soil damage and water pollution. It updates some previously identified issues and describes some new techniques. Information is provided on site planning, selection of machines, brash mat construction and maintenance, forest road approaches/drainage and roadside stacking.
A history of the condition of tree crops at Llandover and Llantrisant forests containing an introduction, past history of sites, history of policy and management, previous reports, topography, climate, geology, water systems, soils, vegetation, present condition of crops, factors affecting the growth of plantations, notes on woodland areas other than the forests, discussion of suitability […]
This guide will help forest managers and agents in Scotland decide the best future management option for afforested deep peat sites (defined here as soils with a peat layer of 50 cm or more). It explains the principles and assessment methods of the ‘Forestry on peatland habitats’ supplementary guidance that Forestry Commission Scotland published in […]
This bulletin contains an account of investigations on the roots of young trees carried out over a series of years for the Forestry Commission by Dr. E. V. Laing of the Department of Forestry, Aberdeen University. Special attention has been paid to the association of fungi (mycorrhiza) with roots and to the development and action […]
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 […]
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 […]
Our plant quality testing service for nursery managers and foresters involves a series of physiological tests to characterise a plant’s condition. We give samples a ‘quality’ rating which indicates an expected survival percentage after planting.
Service overview
Our plant quality testing and advice provides our customers with essential information on the physiological and morphological quality of their […]
This project aims to quantify the historic impact and legacy of extreme climatic events on UK forests using tree-ring chronologies, climate and soil data. It focuses on species of major importance to UK forestry in order to provide the information basis for building adaptive capacity into future forest planning and decision-making.
The land capability classification for forestry is based on an assessment of the degree of limitation imposed by the physical factors of soil, topography and climate on the growth of trees and on silvicultural practices. The principal tree species considered are those broadleaves and conifers commonly grown in Britain, and the classification assumes a skilled […]
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 […]
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