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Abordando as lacunas na biodiversidade das florestas neotropicais hiperdiversas para aprimorar nossa compreensão dos efeitos da defaunação sobre características fenotípicas, comunidades de espécies e interações bióticas Descrição Para compreender e reverter o declínio global da biodiversidade no Antropoceno, são necessários dados robustos sobre a identidade taxonômica das espécies, sua distribuição, ecologia, interações, tendências populacionais e relações evolutivas.

Species identification in hyperdiverse regions such as the Amazon forest, is time-consuming and often prone to errors. In light of the …

Background and aims – Understanding the distribution of Amazonian tree species is hindered by sparse occurrence data and strong …

Kews State of the Worlds Plants and Fungi project provides assessments of our current knowledge of the diversity of plants and fungi on …

Reflectance spectroscopy offers a powerful approach to integrate high-throughput phenotypic data from herbarium specimens into the …

Plant functional traits connect biodiversity to ecosystem processes, serving as key metrics for assessing how biota responds to …

Bamboo has emerged as a prominent structural material worldwide due to its high mechanical strength, low density, flexibility, and …

Background and aims – Understanding the distribution of Amazonian tree species is hindered by sparse occurrence data and strong …

Giant trees in the Amazon serve as critical carbon sinks and underpin diverse forest ecosystems. Yet, these emergent giants are …

In an era when tropical forest regeneration, seedling ecology, and restoration science have become central to biodiversity …