Most cited
Data available in articles published since the year 2014
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High-resolution remote sensing data reveals 28%, or 32 million hectares (Mha), of native vegetation cover in the Brazilian Atlantic Forest.
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There are 7.2Mha of degraded riparian areas, of which 5.2Mha at least must be restored before 2038 by landowners for legislation compliance.
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Restoring this existing legal debt could increase native vegetation cover in the biome up to 35%.
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The collapse of the Fundão dam was the major environmental disaster of the world mining industry.
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We identify with high resolution satellite images the ecosystems and cultural heritage damage.
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Contrary to post-disaster expectations, there was a setback in environmental legal planning.
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Fire incidence in Brazil increased in 2019−2020, with unprecedented magnitude in the Pantanal.
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Fire effects vary according to the evolutionary history of the affected ecosystem.
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A drier climate and land use changes increase the risk of wildfires throughout Brazil.
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Poor governance further exacerbates the risk and damage of wildfires.
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Fire policies must be improved by collaboration among different sectors of the society.
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Brazil's regulations governing deforestation and logging are often circumvented.
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Agreements with soy and beef companies are important but need strengthening.
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Effectiveness of commodity agreements is diminished by laundering and leakage.
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Timber harvest and transportation permits are open to widespread fraud.
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Ways exist to reduce circumvention of commodity agreements and regulations.
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Legal Reserves represent almost one third of all remaining native vegetation in Brazil.
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There is no solid argument, evidence or theory that support that Legal Reserve extinction will favor Brazil development.
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The extinction of Legal Reserves will lead to a huge increase in native vegetation loss, with blatant negative consequences on biodiversity and ecosystem services provision.
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Legal Reserves are a key-component for effective and less expensive nature-based solutions.
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Legal Reserves should be considered as assets for the development of Brazil rather than liabilities.
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Ecosystem-based adaptation (EbA) promotes conservation while alleviating poverty and removing GHG.
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EbA is a policy mix that integrates development and environmental policies.
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It triggers adaptive transition, a key step towards sustainability transitions.
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Conservation science can boost EbA by looking into coupled human-natural systems.
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Brazil´s policy setting favors what is possibly the planet´s largest EbA program.
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The concept of ecosystems as infrastructure is reviewed.
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The terms green, ecological, natural, and blue have been used in the literature.
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Green infrastructure is the most commonly used name.
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A more inclusive concept for green infrastructure is proposed.
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Design principles for green infrastructure at all spatial scales are suggested.
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Pandemics can become a new indirect driver of tropical deforestation.
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Halting illegal deforestation should be considered an essential activity during the pandemic.
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Forest fires could aggravate the health risks of COVID-19.
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Tropical deforestation will increase the risks of emerging zoonotic diseases.
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Indigenous people should be especially protected during the current pandemic.
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Leaf phenology monitoring using digital cameras in tropical vegetation.
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Digital images can track temporal changes in the vegetation structure.
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Phenocams are potential tools for conservation biology.
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Phenocams for tropical phenology monitoring are a promising research field in Brazil.