Monitoring ecosystem boundaries in the Himalaya through an 'eye in the sky'

This correspondence refers to a recent note super(1) about monitoring alpine treeline in the Western Himalaya and few other recent studies super(2-4) on the same aspect. Alpine zones in the Himalayas are the highest vegetation zones where seed-bearing plants are found, but tree growth is excluded. U...

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Published inCurrent science (Bangalore) Vol. 102; no. 10; pp. 1352 - 1354
Main Author Rawat, D. S.
Format Journal Article
LanguageEnglish
Published Current Science Association 25.05.2012
Subjects
Climate change
Coniferous forests
CORRESPONDENCE
Deciduous forests
Forest cover
Forest regeneration
Global warming
Montane forests
Timberlines
Trees
Tropical forests
Pakistan, Himalayas
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Summary:This correspondence refers to a recent note super(1) about monitoring alpine treeline in the Western Himalaya and few other recent studies super(2-4) on the same aspect. Alpine zones in the Himalayas are the highest vegetation zones where seed-bearing plants are found, but tree growth is excluded. Upper and lower boundaries of alpine zones are traditionally set as 'snowline' (lowermost limit of permanent snow) and 'timberline' (uppermost limit of closed montane forests) respectively. Since alpine 'treeline' is the uppermost limit of the trees, it also marks the uppermost end of 'timberline ecotone' or forest tundra ecotone super(5) (transition zone between montane forests and alpine zones), which starts at the timberline at the lower end. Despite the use of the word 'line', any natural boundary itself is a transition zone. Treelines are temperature-sensitive zones that are expected to respond to climate warming by advancing beyond their current position super(6).
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ISSN:0011-3891