Listening to mangroves: Using Autonomous Recording Units and Machine Learning tools to assess avian biodiversity in the mangroves of coastal Suriname

Listening to Mangroves: Using Autonomous Recording Units and Machine Learning Tools to Assess Avian Biodiversity in the Mangroves of coastal Suriname, presents findings from research conducted across six coastal sites between December 2024 and July 2025.

Using passive acoustic monitoring and the BirdNET algorithm, the study identified 508 bird species and demonstrated statistically significant differences in acoustic complexity between mangrove types. The research highlights the ecological importance of mangroves for biodiversity and coastal protection, and demonstrates how non-invasive, data-driven tools can strengthen ecosystem monitoring and inform climate-resilient coastal management.

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Primer Informe Técnico de Restauración Forestal en la Comarca Ngäbe-Buglé (Spanish)

The first Forest Restoration Monitoring Report from the Ngäbe-Buglé Comarca in Panama, produced by the Smithsonian Tropical Research Institute, presents early results from the Intelligent Reforestation Programme.

Monitoring of 14 one-hectare restoration plots and 15 transects, established in 2022, evaluated seedling survival, species richness, and successional dynamics across 27 native tree species.

The findings demonstrate the potential of community-led, science-based restoration using native species to enhance biodiversity recovery, increase carbon sequestration and support resilient, sustainable livelihoods in Indigenous territories.

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Avaliação multifacetada da diversidade de árvores da Amazónia revela impactos generalizados da modificação humana

Um artigo da Global Change Biology que apresenta a investigação que apoia o projeto Enabling Large-scale and Climate-Resilient Forest Restoration in the Eastern Amazon, liderado por Universidade de Lancaster.

O artigo avalia a forma como o abate de árvores, o fogo e a degradação florestal alteram a diversidade taxonómica, funcional e filogenética nas florestas da Amazónia Oriental, demonstrando perdas significativas de biodiversidade em paisagens perturbadas. O projeto integra ecologia de campo, sensoriamento remoto e envolvimento das partes interessadas para informar a restauração florestal baseada em evidências e a resiliência a longo prazo na Amazônia brasileira.

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Advancing Multifunctional Agroforestry in Ethiopia: Evidence, Innovation and Policy Pathways

This brief outlines how the MAF4E project advances multifunctional agroforestry in Ethiopia through Living Labs that link science, community innovation and policy. It generates high‑resolution evidence on tree growth, soils and carbon, while piloting Rural Resource Centres and homestead agroforestry to create green jobs, improve nutrition and resilience.

Despite strong impacts, scaling requires a national agroforestry strategy, long‑term finance, stronger extension systems, market development and gender‑ and youth‑inclusive policies to meet climate and biodiversity commitments nationally

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As avaliações globais das unidades populacionais de algas marinhas e das áreas marinhas protegidas oferecem oportunidades potenciais para proteger as algas selvagens

Este artigo de Applied Phycology apresenta os resultados do projeto GlobalSeaweed SUPERSTAR, liderado pela Scottish Association for Marine Science, que avalia a aquacultura de algas marinhas e a colheita selvagem em relação à proteção da biodiversidade e às Áreas Marinhas Protegidas.

Utilizando o mapeamento global e a análise de vários conjuntos de dados em 82 países, o estudo identifica 261 espécies utilizadas comercialmente, destaca as principais lacunas na identificação das espécies e na comunicação da produção e mostra que quase metade das actividades com algas marinhas ocorre a menos de 1 km das AMPs.

Com relevância para a Indonésia e a Malásia, os resultados informam estratégias para proteger as unidades populacionais selvagens, reforçar os ecossistemas costeiros, desenvolver capacidades e melhorar os meios de subsistência.

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CROSSROADS-SSA Biodiversity Toolkit

This Biodiversity Toolkit from CROSSROADS-SSA, led by the University of Aberdeen, working in Ethiopia, provides standardised field protocols to assess key ecosystem processes, including soil fauna activity, decomposition and nutrient cycling, pest pressure, pollination success and seed predation.

The toolkit strengthens capacity for participatory biodiversity assessment, enabling practitioners and communities to generate comparable data to inform sustainable land management and Nature-based Solutions.

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State of the World’s Seaweeds 2025

The State of the World’s Seaweeds 2025, presented by the Natural History Museum and the Scottish Association for Marine Science, provides a global assessment of seaweed biodiversity, production, trade and sustainability, synthesising ecological and socio-economic evidence to inform conservation and responsible industry growth.

It highlights trends in wild harvesting and aquaculture, pressures on coastal ecosystems, governance gaps, and opportunities to strengthen sustainable management and equitable value chains. The analysis supports improved data systems, policy coherence and investment in climate-resilient seaweed sectors.

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Recognising Seaweeds: Addressing Gaps in International Biodiversity Frameworks for Global Seaweed Conservation

A thematic analysis of 18 international biodiversity frameworks to assess the representation of seaweeds. It explores ways to better integrate them into policies. Obstacles preventing full integration include imperfect institutional coordination, inconsistent terminology use, limited representation within biodiversity targets and the absence of legally binding agreements with enforcement mechanisms.

It recommends improvement of seaweed integration into biodiversity frameworks, thereby supporting broader marine ecosystem resilience. This will contribute to achieving Sustainable Development Goal 14 (Life below water).

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Diagnostico Participativo de Bioversidad del Resguardo el Gran Tescual (Spanish)

This report presents evidence from the Gran Tescual Indigenous Reservation Climate Plan project, which generated participatory, intercultural and gender-responsive research to inform biodiversity conservation, climate adaptation and sustainable livelihoods in the Gran Tescual territory of Colombia.

Based on community co-production of a participatory biodiversity diagnosis, illustrated ethnobotanical guide and climate plan, findings highlight key ecosystem pressures, integrate Indigenous knowledge with scientific evidence, and support strengthened territorial governance and climate-resilient strategies.

 

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