The Forestry Commission Journal was introduced as a way to communicate information on a wide range of topics which could not be communicated through ‘ordinary official channels’, and was intended to be a means of exchanging the opinions and experiences of all members of the staff.
This nineteenth Journal includes information on: High pruning with chisels; […]
In climate change reporting, removals to forestland, also called the forest sink, measures the net annual accumulation of carbon in forests by woody biomass, soils and litter. Table 4.2 and Figure 4.2 show estimates and projections of net carbon dioxide removals attributed to UK forestry, from 1990 to 2020.
In the longer term, the annual rate […]
Forest carbon sequestration is the process of increasing the carbon content of the forest through processes that remove carbon dioxide from the atmosphere (i.e. photosynthesis). Once sequestered the carbon is stored in the forest within living biomass, soil and litter and contributes to the forest carbon stock. The forest carbon sink describes the natural reservoir […]
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 […]
The Forestry Commission Journal was introduced as a way to communicate information on a wide range of topics which could not be communicated through ‘ordinary official channels’, and was intended to be a means of exchanging the opinions and experiences of all members of the staff.
This thirty-fourth Journal includes information on: A tour of Finnish […]
Summary of Programme
Environmental change describes the far-reaching shifts in the earth’s life systems caused by human-induced effects on climate, atmospheric composition and land use. Forests offer opportunities for mitigation of the effects of environmental change (e.g. carbon sequestration, slope stabilisation), and forests can be managed over the long-term to ensure their adaptation to the changes. […]
Forests and forest management practices can affect surface water acidification in a number of ways. The primary mechanism is the ability of tree canopies to capture more sulphur and nitrogen pollutants from the atmosphere than other types of vegetation. Pollutant scavenging is expected to have peaked in the 1970s when emissions were greatest and led […]
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 […]
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