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Woodland Opportunity Map - Acid Sensitive Catchment
Resource ID
73e435e0-5148-4f90-9098-aaebc8835ea5
Title
Woodland Opportunity Map - Acid Sensitive Catchment
Date
Feb. 18, 2025, midnight, Publication Date
Abstract
Forestry is known to affect the acidification of waters, principally due to the ability of forest canopies to capture more acidic sulphur and nitrogen pollutants from the atmosphere than shorter types of vegetation. As a result, it is important to manage forestry within vulnerable areas to ensure that the problem is not exacerbated and opportunities for improvement are realised. Areas vulnerable to acidification are defined as the catchments of river and lake water bodies identified by Natural Resources Wales as the water regulatory body, as failing or at risk of failing Good Ecological Status due to acidification. Failing water bodies are those where the acidity of out-flowing waters exceeds the Water Framework Directive chemical standards for pH or Acid Neutralising Capacity. The UKFS Practice Guide Managing forests in acid sensitive water catchments - Forest Research describes measures that can be taken to minimise adverse impacts. NRW has also published guidance on how it implements this aspect of the standards in Wales - gn001-managing-forests-in-acid-sensitive-water-catchments-in-wales.pdf (cyfoethnaturiol.cymru). New woodland creation proposals in acid sensitive areas should be considered in relation to these guides and actioned accordingly. See GN002 for more detail.
Edition
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Responsible
Alex.Owen.Harris
Point of Contact
Harris
alex.harris@gov.wales
Purpose
This dataset has been created for the Woodland Opportunity Map (WOM) only, and may not reflect the most current dataset.
Maintenance Frequency
None
Type
vector
Restrictions
None
License
Open Government Licence for Public Sector Information
Language
en
Temporal Extent
Start
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End
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Supplemental Information
Data Quality
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Extent
  • x0: 195450.0
  • x1: 329680.0
  • y0: 186590.0
  • y1: 366250.0
Spatial Reference System Identifier
EPSG:27700
Keywords
no keywords
Category
None
Regions
Global