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Assessment of REDD+ MRV capacity in developing countries and implications under the Paris regime

XV World Forestry Congress, 2-6 May 2022









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    How Brazilian Tree Industry can help complying with climate change agenda linked to Sustainable Development Goals, Global Forest Goals and Brazilian NDC under Paris Agreement
    XV World Forestry Congress, 2-6 May 2022
    2022
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    The Brazilian Tree Industry (Ibá) is the association responsible for institutionally representing the planted tree production chain with its main stakeholders. Ibá represents 50 companies and 9 state entities for products originating from planted trees, most notably wood panels, laminate flooring, pulp, paper, charcoal steel industry and biomass, as well as independent producers and financial investors which together contribute with 7% of Brazil’s industrial Gross Domestic Product. The sector holds 9 million hectares of planted trees and 5.9 million hectares for conservation.
    The Brazilian NDC aiming at reducing GHG emissions in 37%by 2025 and 43% by 2030. Such an ambitious goal will demand, according to the Government, the restoration of 12 million hectares of forest, achieve zero illegal deforestation in Amazonia, attain 45% of renewable energy and 18% of bioenergy and ensure compliance with the Forest Code.
    This industry has a substantial contribution to several Global Forest Goals of UNFF and SDGs from Agenda 2030, in terms of adaptation and mitigation of climate change. Regardless the goal and governance related, both in national or international level, Brazilian planted-tree sector plays an important role and this paper aims to show how.
    As a brief the sector is now monitoring dozens and reporting 17 KPIs on water management; 89% of the energy is renewable and 67% is produced in-house; 67% of paper is recycled, 4.48 billion tons of CO2e is stored in almost 15 million hectares of forests for commercial and conservation purposes. At steel industry, each ton of pig iron produced with charcoal coming from planted forest as a substitution from coal, avoids the issue of 1.8 ton CO2eq. At civil construction, the use of wood stocks 0.5 on of CO2e per square meter of construction, compared to the use of conventional materials. The carbon removed from atmosphere is fixed in the biomass that will become products and can store from 45% up to 85% of the mass products. Keywords: Climate change, Adaptive and integrated management, Economic Development ID: 3487149
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    Enhancing transparency under the Paris agreement in the forest sector
    XV World Forestry Congress, 2-6 May 2022
    2022
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    Forests play a central role in combating climate change by absorbing and storing carbon from the atmosphere in their vegetation and soils. Therefore, given the significant climate change mitigation potential of forests, improving the transparency of forest-related data and information within the Enhanced Transparency Framework (ETF) of the Paris Agreement is timely, indeed urgent, in order to translate this potential into action. A fully functioning multipurpose national forest monitoring system (NFMS) allows countries to track progress on climate action and effectively report on forest-related emissions and removals, as well as respond to their own forest data needs. With tailored national forest monitoring systems, countries are able to develop informed forest and land-use policies with proven knowledge and up-to date, transparent and accessible information. Ultimately, NFMS can help countries to meet the requirements of the transparency framework under the Paris Agreement. This paper explores how forest monitoring can help countries better manage their natural resources, meet the requirements of the ETF and ultimately, to implement and enhance their Nationally Determined Contributions. The paper also looks at the importance of data transparency and knowledge sharing for capacity building and technology transfer, and for enhancing collaboration and global ambition in tackling climate change. The paper presents case studies on transparency in the forest sector and available tools. In addition, the paper will examine how transparency in the forest sector can inform policy-making, and on the other hand, how policy and governance can support and enhance transparency in the forest sector at the same time. Keywords: forest monitoring , Bangladesh, Chile, Costa Rica, the Democratic Republic of the Congo, Ghana, Papua New Guinea ID: 3485351
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    Implications of forest definition for quantifying disturbance regime characteristics in Mediterranean forests
    XV World Forestry Congress, 2-6 May 2022
    2022
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    In the context of climate change and the increasing incidence of extreme events, global-scale assessments of forest disturbance regimes are needed to monitor changes, inform decision-making and adjust management and planning. But estimations of disturbance regime parameters can be strongly influenced by the criteria used for defining what constitutes a forest. Forests in Mediterranean regions are subject to increasingly higher pressure from climate change and anthropogenic factors. These pressures take the form of slow and diffuse degradation processes, such as drought-induced mortality and competition with shrubs, but also sudden stand- replacing disturbances, such as fire. Many Mediterranean forests, composed of widely spaced trees, are at the lower limit of the 10% canopy cover threshold set by the FAO for defining forests, while others are highly fragmented and mixed with a bushy matrix, qualifying them as other wooded lands. We thus expect assessments of forest disturbance regimes in the Mediterranean region to be particularly sensitive to the thresholds chosen. We assess the uncertainty linked to using different forest definitions for calculating disturbance rotation periods for the 40 ecoregions composing the Mediterranean biome. Using Google Earth Engine and remotely sensed data between 2000-2015, we apply different criteria for calculating the extent of forests and the areas disturbed within them, accounting for forest type, minimum size, canopy density and land use change. We identify the ecoregions with the disturbance rotation periods that are the most sensitive to these different definitions and compare the overall uncertainty with other major forest biomes. We conclude by discussing the importance of identifying harmonized definitions that can best support the sustainable management of Mediterranean forests, as well as opportunities for making consistent and accurate global baselines that can help improve projections of climate change impacts. Keywords: Forests, Disturbances, Remote Sensing, Planning, Climate Change ID: 3622233

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