Many US forest managers have used historical ecology information to assist in the development of desired conditions. While there are many important lessons to learn from the past, we believe that we ...cannot rely on past forest conditions to provide us with blueprints for future management. To respond to this uncertainty, managers will be challenged to integrate adaptation strategies into plans in response to changing climates. Adaptive strategies include resistance options, resilience options, response options, and realignment options. Our objectives are to present ideas that could be useful in developing plans under changing climates that could be applicable to forests with Mediterranean climates. We believe that managing for species persistence at the broad ecoregion scale is the most appropriate goal when considering the effects of changing climates. Such a goal relaxes expectations that current species ranges will remain constant, or that population abundances, distribution, species compositions and dominances should remain stable. Allowing fundamental ecosystem processes to operate within forested landscapes will be critical. Management and political institutions will have to acknowledge and embrace uncertainty in the future since we are moving into a time period with few analogs and inevitably, there will be surprises.
Se define y discute el patrimonio natural que representan los árboles monumentales, es decir, árboles de grandes dimensiones de especies nativas de Chile. Se argumenta que se debieran preservar estos ...individuos ya que: 1) potencian la fascinación natural, 2) son rarezas del mundo natural, 3) proveen servicios ecosistémicos, 4) permiten el estudio de adaptaciones de los seres vivos, 5) representan un patrimonio biocultural para el país, y 6) han sido fuertemente explotados. Se propone contar con un catastro a escala nacional de árboles monumentales, como también avanzar en legislación que brinde instrumentos a la sociedad para proteger estos árboles.
La producción de madera de bosques naturales en el Perú, salvo excepciones, no resulta de la aplicación de un manejo forestal sostenible. Por tanto, la extracción de madera degrada al bosque y ...contribuye a reducir severamente sus servicios ecosistémicos. Una de las causas más evidentes de esta situación ha sido el traslado de la responsabilidad directa del manejo forestal al sector privado, mediante el régimen de las concesiones forestales. En el contexto económico y social prevaleciente los empresarios no consiguen realizar un manejo realmente sostenible que, asimismo, sea rentable (Dourojeanni, 2019, 2021). Por eso, en el marco de una nueva política para los bosques que prioriza el mantenimiento de los servicios ambientales (Dourojeanni et al., 2021; CNF, 2022), se propone transferir gradualmente esa responsabilidad al Estado y a las comunidades locales, sin menoscabo del rol privado en las fases de extracción, transformación y comercialización. El manejo forestal sería realizado a través de unidades de gestión de nivel local con participación plena de los actores locales y con autonomía administrativa y financiera, en base a la subasta pública de árboles en pie. En esta nota se describe la propuesta, se discute su justificación, sus ventajas y eventuales desventajas, y se propone una alternativa práctica para su implementación.
Many socioeconomic constraints exist for biomass removals from federal lands in the western U.S. We examine several issues of importance, including biomass supply chains and harvesting costs, ...innovative new uses for bioenergy products, and the policy framework in place to provide incentives for biomass use. Western states vary greatly in the extent and utilization of forest resources, the proportion of land under federal ownership, and community and stakeholder structure and dynamics. Our research—which focused on the socioeconomic factors associated with biomass removal, production, and use—identified several important trends. Long-term stewardship projects could play a role in influencing project economics while being conducive to private investment. State policies are likely to help guide the growth of biomass utilization for energy products. New markets and technologies, such as biofuels, for use in the aviation industry, torrefied wood, mobile pyrolysis, and wood coal cofiring could greatly change the landscape of biomass use. Social needs of residents in wildland urban interfaces will play an important role, especially in an era of megafires. All of these trends—including significant unknowns, like the volatile prices of fossil energy—are likely to affect the economics of biomass removal and use in western forests.
The future provision of forest goods and ecosystem services is dependent, among other factors, on climate change impacts, forest management, and response to forest policies. To assess policy ...implementation targets for Scotland's National Forest Estate under climate change, we simulated forest growth through the 21st century - with and without the abiotic impacts of climate change, and with and without the biotic impacts of an important fungal disease. Eight different forest management trajectories were simulated under a climate projection, to assess the future provision of forest ecosystem goods and services. Climate change was represented by the IPCC RCP 4.5 projection, and the biotic impact of Dothistroma needle blight was predicted using a new vulnerability matrix. Indicators of three important goods and services: timber production, standing biomass, and biodiversity were measured in the simulation of forest growth and reported at decadal intervals using dynamically linked forest models. We found that both a broadleaved species trajectory and a Forest Enterprise Scotland selected species trajectory would improve standing biomass and biodiversity, but slightly reduce timber volume. Dothistroma needle blight could reduce standing biomass (by up to 3tha−1) and timber volume (by up to 5m3ha−1), but the predicted impact is dependent on the type of forest management trajectory. Our findings show opportunities for diversifying forest management and tree species – and at the same time supporting forest policy to improve forest resilience under uncertain climate change and Dothistroma impacts. The forest simulation has been used to demonstrate and evaluate national strategic delivery of multi-purpose forest benefits in Scotland, and how species and management might be targeted regionally in Forest Districts, to maintain achievable national targets for timber production, carbon sequestration, and biodiversity under climate change.
•Tests policy delivery forest resilience: able to maintain timber production, standing biomass, and forest biodiversity.•Describes the novel incorporation of abiotic and biotic effects of climate change in a forest simulation.•Evaluates Dothistroma needle blight on ecosystem goods and services under climate change and management trajectories.•Indicates the benefits of simulation models in providing a dialogue aid for policy makers/practitioners.
The goal of forest policy is to enhance sustainable production of the material and immaterial benefits of forests to serve the needs of all citizens. A theoretical model for explaining the formation ...of legitimacy in a certain political sector was developed and empirically tested in the context of Finnish forest policy. Nationwide mail survey data was used to determine the differences in the perceptions of forest policy by Finnish forest owners and other citizens. The questionnaire measured the legitimacy of the forest policy, the acceptance of laws, the justice of the procedures, the fairness of power relations, the acceptance of forestry operations and the competence in forest policy issues. Overall legitimacy was evaluated positively, and the forest owners considered forest policy in general to be more acceptable than other citizens did. The most criticized aspects of forest policy were the justice of the procedures and the use of clearcutting. Procedural justice and acceptance of forestry operations were the strongest explanatory factors for the legitimacy. Acceptance of the power relations of different stakeholder groups explained legitimacy for non-owners but not for forest owners. In both groups, forest policy competence led to a more negative evaluation of legitimacy.
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► Procedural justice and acceptance of forestry operations explained the legitimacy. ► Forest owners were in general more content with forest policy than non-owners. ► Justice of the procedures was criticized, especially equal treatment of stakeholders. ► Clearcutting and even-aged forest management were criticized. ► Forest policy competence led to a more negative evaluation of legitimacy.
Based on the review of relevant literature, this paper investigates how forest authority is produced or reproduced in the course of forest policy change, by drawing on the past four decades of ...participatory forest policy reform in Nepal. We analyze various waves of deliberative politics that emerged in different contexts related to the Himalayan crisis, the flow of international aid for conservation and development projects, civil conflict and democratic transition, and most recently the policy responses to climate change. The analysis shows how such deliberative politics contributed to the change or continuity of conventional authorities around forest policy and practice. It shows that despite notable participatory policy reform, the conventional authority has become further re-entrenched. Based on this analysis, we argue that efforts to understand forest policy change can be more meaningful if attention is paid to whether and how deliberative politics emerge to challenge the hegemonic claims to power and knowledge about resource governance practices. Such approach to policy analysis can open new possibilities for understanding democratic policy reform by explicating the nuances of deliberation and policy politics occurring at multiple scales.
•We examine how forest authority is (re)produced in the course of forest policy change.•We identify different waves of deliberative politics linked to various forms of forest authorities in Nepal, and explain how and to what extent deliberative politics leads to change or reproduction of forest authorities.•Despite promising participatory reform, the conventional forest authority has become further re-entrenched in Nepal in subtler way than in the past.•Analysis of how deliberative politics emerge enriches our understanding of deliberation and negotiation around policy landscape.
Deforestation is a leading cause of biodiversity loss and an important source of global carbon emissions. This means that there are important synergies between climate policy and conservation policy. ...The highest rates of deforestation occur in tropical countries, where much of the land at the forest frontier is managed informally by smallholders and where governance systems tend to be weak. These features must be considered when designing policies to reduce emissions from deforestation such as REDD+. Deforestation is often accompanied by fires that release large amounts of carbon dioxide. These emissions are especially high in the case of peatlands which contain thick layers of carbon-rich matter. In this paper we derive marginal abatement cost (MAC) curves using data from a farmer survey in Sumatra, where rates of peatland deforestation are high. Comparing these results with farmers' stated willingness to accept payment not to clear forest to establish oil palm suggests that REDD+ policies may be more expensive than MAC estimates suggest The extent to which this is true depends on the types of soils being deforested.
•Tropical deforestation causes high rates of biodiversity loss and CO2 emissions.•Much of the land at the forest frontier is managed informally by smallholders.•Opportunity cost (OC) of avoided deforestation by farmers in Sumatra is estimated.•Payments requested by these farmers exceed OC estimated from survey data.•Our results have implications for the design of policies on avoided deforestation.
In recent years, the concept of sustainable forest management has evolved into a number of Criteria and Indicators schemes that are designed to guide the practice of sustainable forestry. One such ...mechanism is the Montréal Process Criteria and Indicators, which identifies seven criteria and 54 indicators associated with these seven criteria. While there is sufficient basic forest data available through the FAO's Global Forest Resource Assessment (2015), it is unclear how big forest countries compare in the key parameters surrounding sustainable forest management as defined by major Criteria and Indicator schemes. To accomplish this, we performed analyses of the Global Forest Resources Assessment 2015 (FRA) country report data to provide insights into the current status and trends in the period 1990–2015 in eight jurisdictions, namely Australia, Canada, China, Japan, the European Union, New Zealand, the Russian Federation and the USA. This study found that Canada has performed well against several key sustainable forest management parameters of the Montréal Process, including forest area designated for multiple use, and protective functions such as soil and water conservation and ecosystems services. Forest area in Canada remained stable over the past 25 years, although a relatively small area of forest had been lost. Compared to other countries, the rate of deforestation (which involves a change in land use) in Canada is small and has declined from 65,000 ha per year in 1990 to 48,000 ha per year in 2010. Forest area was also compared in the category of primary forest. Canada lost 741,000 ha of primary forest from 1990 to 2015, although this does not necessarily imply a change in total forest area. Our findings show that Canada, has some of the most stringent forest management legal and policy frameworks. While most other jurisdictions have only national and state level policies and a legislative framework to support sustainable forest management, Canada has comprehensive policies and a legislative framework in place at the national, provincial and local levels. In terms of social parameters, stakeholders are allowed to be involved in the planning, operations and review of almost all forest areas in our selected jurisdictions. This study demonstrates that the forest management and conservation regime in Canada, within the studied domains i.e. legal framework, management plans, national forest inventory and stakeholder involvement, incorporates a sophisticated understanding of the global, national and local interests linking economic, environmental and social issues.
•We performed comparative analysis of Global Forest Resources Assessment 2015 data.•We quantified current forest areas and examined trends in key indicators of SFM.•Canada ranked high on several key sustainable forest management parameters.•Canada has consistently maintained about 232 million ha of managed forest since 1990.•Deforestation rate in Canada declined from 65 K ha/yr in 1990 to 48 K ha/yr in 2010.
Situating in the lap of the Bay of Bengal, the world’s largest mangrove forest, the Sundarbans, plays a significant role in the livelihood of more than three million people and provides shelter to an ...undetermined number of species. Unfortunately, this United Nations Educational, Scientific and Cultural Organization (UNESCO) declared world heritage site faces various threats to wildlife and biodiversity due to human interventions in the forest and animal habitats. The present study finds that despite having 150 forest policies to conserve the forest, the forest size is gradually shrinking across the country, particularly in the Sundarbans. However, National Forestry Policy 1979 (amended 2016) aims to protect forests and forest resources, and Wildlife (Conservation and Security) Act, 2012 (hereafter the Wildlife Act 2012) protects against wildlife crimes. Although National Forestry Policy 2016 endeavours to engage the local communities in the conservation process, no significant improvement was seen in the life of local communities and forest management. This paper assesses the role of international institutions that often support and cooperate with other countries for sustainable forest management and biodiversity conservation, like the Sundarbans of Bangladesh.
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