Protecting our forests from pollutant deposition is and has been a topical issue for some time. Nitrogen, as well as being an essential nutrient for trees, is one of the most important of these pollutants. This article discusses the extent and severity of the issues associated with nitrogen pollution in our forests.
By Fiona Kennedy.
Article in […]
• Novel dendrochronological modelling was developed to explore oak stem growth trends.
• Trees with long-term AOD symptoms may have been predisposed many decades earlier.
• Diseased trees struggle to take advantage of favourable growing conditions.
• Historic episodes of stress may impact the future resilience of oaks to disturbance.
The British forestry sector lacks reliable dynamic growth models for stands of improved Sitka spruce, the most important commercial forest type in Great Britain. The aim of this study is to fill this gap by trialling a new modelling framework and to lay the foundations of a future dynamic growth simulator for that forest type. […]
We developed a climatic sensitive model to simultaneously estimate the emergence and survival of Corsican pine natural regeneration in Spain through lifetime analysis. This work is highly relevant for managing the species in a context of climate change. Our modelling approach represents a breakthrough in the state of the art of lifetime analysis.
Good forest practice was effective at protecting water quality.
Streamwater acidity and ecology unaffected by conifer afforestation.
Hurricanes caused marked changes in streamwater acidity and water colour.
Total P increased after fertiliser applications but no impact on ecological status.
Findings will inform future woodland expansion within sensitive water catchments.
Our study was driven by objections to afforesting the sensitive peaty […]
The six main foliar pathogens already causing significant damage to conifers and broadleaved tree species in the UK are described along with the likely impact of climate change on their spread and severity.
There is increasing interest in designing policy interventions to sustain positive individual or societal behaviours and to encourage behaviour change which tackles environmental issues including climate change.
We use 3 types of cookie. You can choose which cookies you're happy for us to use.
Strictly necessary cookies
These essential cookies do things like remember your progress through a form.
They always need to be on.
Cookies that measure website use
We use Google Analytics to measure how you use the website so we can improve it based on user needs.
Google Analytics sets cookies that store anonymised information about:
how you got to the site
the pages you visit on forestresearch.gov.uk and how long you spend on each page
what you click on while you're visiting the site
Cookies that help with our communications and marketing
Some forestresearch.gov.uk pages may contain content from other sites, like YouTube or Flickr, which may set their own cookies. These sites are sometimes called ‘third party’ services. This tells us how many people are seeing the content and whether it’s useful.