Integrating carbon sequestration and biodiversity impacts in forested ecosystems: Concepts, cases, and policies

Alam, Syed Ashraful; Kivinen, Sonja; Kujala, Heini; Tanhuanpää, Topi; Forsius, Martin

doi:10.1007/s13280-023-01931-3

Cited by 6 publications

(1 citation statement)

References 46 publications

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“…Conservation forest is a forest area with certain characteristics that are determined for nature protection, preservation of flora and fauna, natural tourism, and scientific purposes (Fatima et al, 2018;Pusparini et al, 2023;Oktivana, 2023). Classifying forest functions into protection, conservation, and production functions does not change the natural function of forests, namely to maintain a balance of oxygen and carbon dioxide, maintain soil fertility, balance regional water systems, and preserve soil from erosion (Safe'i et al, 2020;Alam et al, 2023;Han et al, 2023). The general objective of conservation function forest area management refers to Law Number 5 of 1990 concerning the Conservation of Biological Natural Resources and Their Ecosystems which mandates conservation as an effort to manage natural (biological) resources by utilizing them wisely and ensuring the sustainability of supplies while maintaining and improving the diversity value quality (Sulistiyowati et al, 2023;Fekadu et al, 2021;Shepherd et al, 2020).…”

Section: Introductionmentioning

confidence: 99%

Analysis of the Collaborative Management Implementation of Conservation Area of the Sultan Syarif Hasyim Forest Park, Riau Province

Matnuril,

Junaidi,

Abdillah

et al. 2023

IJSEI

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The conservation forest area of Sultan Syarif Hasyim Forest Park, Riau Province an area of 6,172 hectares in the administrative area of Siak Regency, Kampar Regency, and Pekanbaru City. The views (perceptions) of the people that live around this forest area, can provide benefits for economic and social improvement. On the other hand, it cannot be ruled out that the existence of people who have already lived and worked in this forest area have a perception that the area that they control is a place of survival and death. This condition has caused 79% of the total area of this forest to be degraded and converted into oil palm plantations, settlements, social facilities, public facilities, and community business facilities. This research method applies a naturalistic paradigm - qualitative approach design. The data collection technique is through interviews, observation, and documentation study. The data analysis techniques is descriptive with the formal and informal results of the study. The implementation of collaborative management is analyzed from four elements of collaboration, namely; institutional procedures and agreements, leadership, knowledge and resources. The research result shows that the implementation of collaborative management in the conservation forest area of Sultan Syarif Hasyim Forest Park, Riau Province is running optimally on the elements of procedures and institutional agreements, leadership, knowledge and resources. Such conditions can be an example for other forest area managers how to manage forests in a sustainable, ecologically fair manner and provide positive impacts for the community.

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Section: Introductionmentioning

confidence: 99%

Analysis of the Collaborative Management Implementation of Conservation Area of the Sultan Syarif Hasyim Forest Park, Riau Province

Matnuril,

Junaidi,

Abdillah

et al. 2023

IJSEI

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Carbon Sequestration for Net-Zero Achievement in Africa and Asia: A Comprehensive Explanation

Thuch,

Gupta

2024

Advances in Environmental Sustainability, Energy and Earth Science

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Modelling the Effects of Forest use Change on Brownification of Finnish Rivers under Atmospheric Pressure

Rankinen,

Cano Bernal,

Holmberg

et al. 2024

Environmental Management

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Browning of surface waters due to increased terrestrial loading of dissolved organic matter (DOM) is observed across the Northern Hemisphere. The effects influence several ecosystem services from freshwater productivity to water purification. Brownification is often explained by changes in large-scale anthropogenic pressures and ecosystem functioning (acidification, climate change, and land cover changes). This study examined the effect of forest use changes on water browning in Finland, considering the effects of global pressures. Our goal was to find the ecosystems and geographic areas that are most sensitive to environmental pressures that increase the loading of DOM. We were also looking for land use strategies that decrease browning. We combined mathematical watershed modelling to scenarios of climate change, atmospheric deposition, and forest use change. Changes included scenarios of forest harvest and protection on forest, that were derived from European Union’s regulation. The study area covered 20 watersheds from south to north of Finland. In northern Finland brownification continue. In southern Finland global influence (atmospheric deposition, climate change) seem to weaken, giving more space for local forest use change having an influence on brownification. Forest use change was more influential in river basins dominated by organic soils than in mineral soils. Extending forest protection decreased brownification especially in areas where the influence of atmospheric pressure is decreasing. When forest protection is planned to provide a carbon storage and sequestration potential and to favor biodiversity, it has favorable effect on surface water quality as well.

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Integrating carbon sequestration and biodiversity impacts in forested ecosystems: Concepts, cases, and policies

Cited by 6 publications

References 46 publications

Analysis of the Collaborative Management Implementation of Conservation Area of the Sultan Syarif Hasyim Forest Park, Riau Province

Analysis of the Collaborative Management Implementation of Conservation Area of the Sultan Syarif Hasyim Forest Park, Riau Province

Carbon Sequestration for Net-Zero Achievement in Africa and Asia: A Comprehensive Explanation

Modelling the Effects of Forest use Change on Brownification of Finnish Rivers under Atmospheric Pressure

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