Assessment of wood provisioning in protected subtropical forest areas for sustainable management beyond the zone

Miyamoto, Asako; Sano, Makoto; Terazono, Ryuichi; Yamada, Shigeki; Shimizu, Akira

doi:10.1016/j.jenvman.2021.112337

Cited by 6 publications

(3 citation statements)

References 35 publications

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“…This study analyses the implications of declaring a new protected area in a forest, which entails the improvement of other ES beyond the timber, at different spatial and temporal scales. Since forest management strategies to integrate protected areas differ from one country to another (Soliku et al, 2018;Miyamoto et al, 2021), the main objective of this study is to compare segregated (past forest management plans) and integrated approaches (future management plans) following the declaration of Valsaín forest (Spain) as a National Park (NP). In order to analyse this new situation, a strategic forest planning model will be developed according to the legal provisions.…”

Section: Introductionmentioning

confidence: 99%

Implications of forest management on the conservation of protected areas: A new proposal in Central Spain

Ezquerro,

Diaz-Balteiro,

Pardos

2023

Forest Ecology and Management

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Section: Introductionmentioning

confidence: 99%

Implications of forest management on the conservation of protected areas: A new proposal in Central Spain

Ezquerro,

Diaz-Balteiro,

Pardos

2023

Forest Ecology and Management

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“…Uma alternativa para suprir os investimentos na implementação da restauração florestal e manter o ecossistema saudável é o seu uso múltiplo por meio do manejo sustentável (Miyamoto et al, 2021). No Brasil, a Lei N° 12.651, que dispões sobre a proteção de vegetação nativa, permite que pequenos produtores explorarem com restrições algumas áreas florestadas para a extração de produtos…”

Section: Introductionunclassified

Madeiras neotropicais de plantios de restauração florestal como matéria-prima de múltiplos produtos

Amorim,

Santos Junior,

Jacobem

et al. 2023

ST IPEF

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RESUMO:Este trabalho tem por objetivo investigar as propriedades físicas e químicas de madeiras neotropicais obtidas em área sob regime de restauração florestal em local destinado a reserva legal. Foram coletadas amostras de madeira de árvores de 12 anos de 4 espécies de diferentes grupos ecológicos. Determinou-se a densidade básica, porosidade, composição química estrutural e análise imediata para determinação dos teores de materiais voláteis, carbono fixo e cinzas. Os dados foram submetidos à ANOVA e, quando houve diferença estatística, ao teste Tukey a 95% de probabilidade. A madeira de Schinus terebintifolia e Cedrela fissilis, são opções válidas para fabricação de produtos sólidos como grilling panks. A da espécie Myroxylon peruiferum, apresentou potencial energético para fabricação de pellets e briquetes. A S. terebinthifolia também pode ser direcionada ao uso de lenha. Ao final desta pesquisa foi possível subsidiar a tomada de decisão acerca da seleção de espécies neotropicais oriundas de áreas de restauração florestal para indicação de uso em múltiplos produtos, com base em suas propriedades físicas, químicas e energéticas. Palavras-chave: floresta em restauração, propriedades da madeira, sustentabilidade IntroduçãoO século XXI tem sido marcado por ações e metas com o intuito de mitigar os efeitos das mudanças climáticas, a considerar as Metas de Aichi de 2010, Desafio de Bonn de 2011 e a Década das Nações Unidas da Restauração de Ecossistemas 2021-2030, cujos objetivos convergem diretamente para a restauração de ecossistemas degradados (Lewis et al, 2019; Marchand et al, 2021).A escolha de restaurar tais ambientes com espécies arbóreas contribui para a remoção do carbono da atmosfera, reduz as ações do aquecimento no planeta e atende a compromissos climáticos globais (Lewis et al, 2019).Uma alternativa para suprir os investimentos na implementação da restauração florestal e manter o ecossistema saudável é o seu uso múltiplo por meio do manejo sustentável (Miyamoto et al., 2021). No Brasil, a Lei N° 12.651, que dispões sobre a proteção de vegetação nativa, permite que pequenos produtores explorarem com restrições algumas áreas florestadas para a extração de produtos

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“…Recently, research progress on the ecological environment effects of land-use change has the following characteristics: The research scope has gradually expanded from ecologically fragile areas or economically backward areas to economically developed areas [10,11], for example, from the farming pastoral ecotone in northern China to the research on Jiangsu Province [12,13]. The research focus has gradually expanded from single-factor water body, forest, carbon, etc., to the regional overall ecological environment effect [14][15][16][17][18][19]. The research scale has gradually expanded from single city to urban agglomeration area, for example, from Wuhan city to the core area of Yangtze River Delta [20,21].…”

Section: Introductionmentioning

confidence: 99%

Assessment of Land-Use/Cover Changes and Its Ecological Effect in Rapidly Urbanized Areas—Taking Pearl River Delta Urban Agglomeration as a Case

Sun

et al. 2021

Sustainability

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Based on the land-use data of 2000 and 2015, this study makes a quantitative analysis of the ecological environment effect in Pearl River Delta using the ecological environment quality index and the ecological contribution rate of land-use change types. The results showed the following: (1) During 2000–2015, the land-use changes in Pearl River Delta mainly manifested in the reduction of cultivated land, forest land, water area, and unused land, while the area of construction land and grassland showed an increasing trend. The quality of ecological environment in the Pearl River Delta was largely stable but slightly declined overall; (2) Over the past 15 years, the comprehensive ecological environment index of the Pearl River Delta urban agglomeration has decreased by 0.02. With an average annual decrease of 0.11%. The spatial expansion caused by urbanization had the most profound impact on the decline of the ecological environment quality in the Pearl River Delta; (3) The eco-environmental quality indices of various cities in the Pearl River Delta declined to varying degrees. The city with the largest decline was Dongguan, followed by Shenzhen and Zhongshan. The spatial differentiation characteristics of the eco-environmental quality index indicate that the ecological quality preferences of cities distributed around the study area and close to the inland areas, while the ecological quality of the central coastal cities are biased. The quality of the ecological environment is related to the basis of the regional ecological environment. The research results have important practical significance for maintaining regional ecological balance and promoting the sustainable use of land resources, and they provide a reference for the study of the ecological and environmental effects of land-use changes in key cities in economically developed areas.

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Assessment of wood provisioning in protected subtropical forest areas for sustainable management beyond the zone

Cited by 6 publications

References 35 publications

Implications of forest management on the conservation of protected areas: A new proposal in Central Spain

Implications of forest management on the conservation of protected areas: A new proposal in Central Spain

Madeiras neotropicais de plantios de restauração florestal como matéria-prima de múltiplos produtos

Assessment of Land-Use/Cover Changes and Its Ecological Effect in Rapidly Urbanized Areas—Taking Pearl River Delta Urban Agglomeration as a Case

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