Deforestation Polygon Assessment Tool: Providing Comprehensive Information On Deforestation In The Brazilian Cerrado Biome

L. M. Pascoal, L. Parente, H. M. Sérgio Nogueira, L. G. F. Júnior
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引用次数: 1

Abstract

Considered a conservation hotspot of the world biodiversity and a key region for the agriculture production in Brazil, the Cerrado biome has only 7.5% of its native vegetation as fully protected areas. Given this, in 2016 the Brazilian government started an official project to monitoring deforestation in the biome, through the so-called PRODES-Cerrado, responsible for mapping deforested areas from 2000 on, and DETER-Cerrado, responsible to generate deforestation alerts. Seeking to contribute with both context information and confidence levels for the polygons produced by these two monitoring systems, we developed the Deforestation Polygon Assessment Tool. This web-based platform process and presents several analysis for PRODES-Cerrado and DETER-Cerrado polygons using automatic assessments (e.g. BFastMonitor and Weights of Evidence), field validation and spatial analysis with key datasets (e.g. National Land Registry, Land-Use and Land-Cover maps). The platform implements an interactive map which allows a fast and comprehensive visualization of different layers, as well as a Deforestation Report at the polygon level, which gathers all the information about each polygon, providing greater reliability and understanding of the deforestation dynamics in the Cerrado. Future improvements in the platform will consider additional, spatial relations in order to assist government agencies to either prevent or reduce deforestation ocurrences in each municipality in the Cerrado biome.
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森林砍伐多边形评估工具:提供关于巴西塞拉多生物群森林砍伐的综合信息
塞拉多被认为是世界生物多样性的保护热点和巴西农业生产的关键地区,但塞拉多生物群系只有7.5%的原生植被被完全保护。有鉴于此,巴西政府于2016年启动了一个官方项目,通过所谓的PRODES-Cerrado(负责从2000年开始绘制森林砍伐地区的地图)和ter - cerrado(负责生成森林砍伐警报),监测生物群落中的森林砍伐情况。为了为这两个监测系统产生的多边形提供背景信息和置信度,我们开发了森林砍伐多边形评估工具。这个基于网络的平台使用自动评估(例如BFastMonitor和证据权重)、现场验证和关键数据集(例如国家土地登记、土地利用和土地覆盖地图)进行PRODES-Cerrado和peter - cerrado多边形的分析。该平台实现了一个交互式地图,允许对不同层进行快速和全面的可视化,以及多边形级别的森林砍伐报告,该报告收集了关于每个多边形的所有信息,提供了更高的可靠性和对塞拉多森林砍伐动态的理解。该平台的未来改进将考虑额外的空间关系,以协助政府机构防止或减少塞拉多生物群系中每个城市的森林砍伐现象。
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