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Afforestation of arable land

Afforestation is planting trees on previously non-forested land. Trees hold the soil and reduce runoff, and thus prevent erosion of the most fertile layers. It is an effective way to rehabilitate degraded lands, being a nature-based solution which addresses flood and soil erosion impacts.

WOCAT

Implementation

Country
Hungary
Implementation decade
10-50 years ago

Details

Description
Afforestation is planting trees on previously non-forested land. Trees hold the soil and reduce runoff, and thus prevent erosion of the most fertile layers. It is an effective way to rehabilitate degraded lands, being a nature-based solution which addresses floods and soil erosion. As vegetation cover plays a crucial role in erosion and runoff rates, afforestation is considered among the best options for soil conservation. Water-related forest ecosystem services include the provision, filtration and regulation of water, along with stream ecosystem support and water-related hazard control, for example soil protection from runoff and erosion. In this context, forest management practices that involve vegetation cover modifications may have a substantial impact on the provision of water-related ecosystem services. Moreover, forest ecosystem interactions with water and energy cycles have been highlighted as the foundations for carbon storage, water resources distribution and terrestrial temperature balancing. Forest management may thus play a key role in meeting climate change mitigation goals as well (Rodrigues et al. 2020). Afforestation is recommended in areas affected by severe erosion, especially where the slope exceeds 17% and deep gully erosion occurs. This can be a whole parcel or only a part of it. Planting mixed forest consisting of indigenous tree species is the most advantageous. The main steps in planting/ maintaining trees are as follows: •Site preparation: considerations include the most effective and cost-efficient methods; soil type, existing vegetation, time and financial constraints. •Planting: machine-planting or hand-planting. •Follow-up: monitoring survival, continuing control of competing vegetation, providing protection from animal damage, and monitoring for disease and insects. •Harvesting/thinning: removing individual trees to reduce the woodland density. Through removing poorer quality trees, the stronger thrive. Although the long-term environmental benefits of afforestation are significant, farmers generally do not like participating in afforestation programmes because it means a significant loss of income in the short/mid-term (even with the available subsidies/agricultural support).
Publication date
22 Jun 2021
Language
EN
Source
WOCAT
Main intervention
Land Use Change
Land use types
Cropland, Grassland
New land use type
Forest Land
Organisations
FAGROCLIM - Laboratory of Agroecosystems and Climate Change, Technical University of Manabí (UTM)Suzano S.A.
Initiative
OPTAIN

Afforestation of arable land

Afforestation is planting trees on previously non-forested land. Trees hold the soil and reduce runoff, and thus prevent erosion of the most fertile layers. It is an effective way to rehabilitate degraded lands, being a nature-based solution which addresses flood and soil erosion impacts.

WOCAT

Implementation

Country
Hungary
Implementation decade
10-50 years ago

Details

Description
Afforestation is planting trees on previously non-forested land. Trees hold the soil and reduce runoff, and thus prevent erosion of the most fertile layers. It is an effective way to rehabilitate degraded lands, being a nature-based solution which addresses floods and soil erosion. As vegetation cover plays a crucial role in erosion and runoff rates, afforestation is considered among the best options for soil conservation. Water-related forest ecosystem services include the provision, filtration and regulation of water, along with stream ecosystem support and water-related hazard control, for example soil protection from runoff and erosion. In this context, forest management practices that involve vegetation cover modifications may have a substantial impact on the provision of water-related ecosystem services. Moreover, forest ecosystem interactions with water and energy cycles have been highlighted as the foundations for carbon storage, water resources distribution and terrestrial temperature balancing. Forest management may thus play a key role in meeting climate change mitigation goals as well (Rodrigues et al. 2020). Afforestation is recommended in areas affected by severe erosion, especially where the slope exceeds 17% and deep gully erosion occurs. This can be a whole parcel or only a part of it. Planting mixed forest consisting of indigenous tree species is the most advantageous. The main steps in planting/ maintaining trees are as follows: •Site preparation: considerations include the most effective and cost-efficient methods; soil type, existing vegetation, time and financial constraints. •Planting: machine-planting or hand-planting. •Follow-up: monitoring survival, continuing control of competing vegetation, providing protection from animal damage, and monitoring for disease and insects. •Harvesting/thinning: removing individual trees to reduce the woodland density. Through removing poorer quality trees, the stronger thrive. Although the long-term environmental benefits of afforestation are significant, farmers generally do not like participating in afforestation programmes because it means a significant loss of income in the short/mid-term (even with the available subsidies/agricultural support).
Publication date
22 Jun 2021
Language
EN
Source
WOCAT
Main intervention
Land Use Change
Land use types
Cropland, Grassland
New land use type
Forest Land
Organisations
FAGROCLIM - Laboratory of Agroecosystems and Climate Change, Technical University of Manabí (UTM)Suzano S.A.
Initiative
OPTAIN