International forest revival methods will improve

Significance Soil health can rebound to 90% of its original values in less than a decade, while plant functioning (assessed by wood density, leaf area and percentage of nitrogen-fixing trees) takes up to 25 years and recovery of species diversity requires 25-60. Biomass and species composition recover slowest, taking over 120 years to reach 90% of their original values. Impacts The swift recovery of plant functioning suggests that ecosystem functions, such as productivity, could recover at a similar pace. The use of diverse seeds in tropical forest restoration could improve resilience and sustainability in the face of climate change. Restoration offers potential for poverty reduction if implemented to encourage activities such as small-scale agroforestry.

Publication Details

Journal
Emerald expert briefings
Published
2024-08-29
DOI
https://doi.org/10.1108/oxan-db289273
Primary Topic
Forest Management and Policy
Type
article
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International forest revival methods will improve

Emerald expert briefings
Forest Management and Policy
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International forest revival methods will improve

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Abstract

Significance Soil health can rebound to 90% of its original values in less than a decade, while plant functioning (assessed by wood density, leaf area and percentage of nitrogen-fixing trees) takes up to 25 years and recovery of species diversity requires 25-60. Biomass and species composition recover slowest, taking over 120 years to reach 90% of their original values. Impacts The swift recovery of plant functioning suggests that ecosystem functions, such as productivity, could recover at a similar pace. The use of diverse seeds in tropical forest restoration could improve resilience and sustainability in the face of climate change. Restoration offers potential for poverty reduction if implemented to encourage activities such as small-scale agroforestry.

Emerald expert briefings
Forest Management and Policy
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International forest revival methods will improve · Emerald expert briefings (2024) | TGRS Research Map | TGRS