The landscapes we created hold clues to today’s wildfires

Wildfires are becoming larger, more frequent and more severe in many parts of the world. In Mediterranean-type regions, extreme wildfires that once seemed exceptional now return every year. According to Copernicus data, over 670,000 hectares burned Spain and Portugal in 2025, mostly during August. Nearly 400,000 hectares burned in Spain alone, the largest area since these records began. These extreme events have led many to … Continue reading The landscapes we created hold clues to today’s wildfires

Inteligencia artificial para predecir el éxito de las invasiones biológicas

Las especies invasoras representan una de las mayores amenazas para la biodiversidad, la seguridad alimentaria y la salud de los ecosistemas. Cuando las plantas no-nativas se propagan en nuevos ambientes, pueden desplazar a las especies nativas, alterar los hábitats y causar daños severos a los ecosistemas y a los servicios ecosistémicos que estos brindan a los seres humanos. Continue reading Inteligencia artificial para predecir el éxito de las invasiones biológicas

Using machine learning to predict invasion success

Invasive species are one of the greatest threats to biodiversity, food security, and ecosystem health. When non-native plants spread into new environments, they can outcompete native species, disrupt habitats, and cause long-lasting damage to the natural habitats and the services that ecosystems provide to humans. Continue reading Using machine learning to predict invasion success

Understanding the harvest of Chilean kelp forests: Moving toward sustainability

Blog post written by Alejandro Pérez Matus to discuss their latest study which aimed to help us understand kelp recovery after harvesting. This blog post is also available in Spanish here. Humans have been connected to kelp forests for more than 16,000 years. It is hypothesized that these underwater forests helped early coastal communities migrate from northeast Asia to the Americas. Today, the ecosystem services … Continue reading Understanding the harvest of Chilean kelp forests: Moving toward sustainability

Entendiendo la cosecha de los bosques de macroalgas en Chile: Avanzando hacia la sostenibilidad

Entrada de blog escrita por Alejandro Pérez Matus para discutir su último estudio, que tenía como objetivo ayudarnos a entender la recuperación del alga después de la cosecha. Esta publicación del blog también está disponible en inglés aquí. Los humanos hemos estado conectados con los bosques de algas pardas por más de 16.000 años. Se hipotetiza que estos bosques submarinos ayudaron a las comunidades costeras … Continue reading Entendiendo la cosecha de los bosques de macroalgas en Chile: Avanzando hacia la sostenibilidad

Are we getting better at knowing what actually works in conservation? Insights from fifty years of conservation evidence

Biodiversity is declining fast, and with limited funding and resources in conservation, it matters that these resources go towards actions that genuinely make a difference. So how do we know which actions deliver results, and which don’t? The answer depends on the quality of evidence behind them – which is largely contingent on the study design used. New research from Staples et al (2026) in … Continue reading Are we getting better at knowing what actually works in conservation? Insights from fifty years of conservation evidence

混合造林透過微生物和土壤有機碳的多樣性增強了土壤功能。

植樹造林常被視為恢復退化土地和改善土壤健康的策略,但並非所有造林模式都能產生相同的生態效益。土壤不僅為植物提供必需養分,還支持微生物活動、促進有機質分層並維持養分循環。 為了探討不同造林模式如何共同影響這些土壤功能,本研究比較了中國熱帶地區的裸地、純桉樹林、混合林和老齡天然林,評估了造林活動對土壤功能的影響。研究發現,造林顯著增強了土壤功能,且混合林的表現優於純林。進一步分析表明,土壤有機分子的多樣性是連接微生物碳特徵與土壤多功能的關鍵紐帶。 植樹造林——尤其是混合造林——增加了土壤有機碳分子的種類,從而促進了有機質分解、養分釋放及微生物功能的發揮。這些結果表明,熱帶地區的生態修復不應只關注植樹數量,更應重視樹種的選擇與群落組成。 在造林實踐中優先採用混合模式並專注於恢復土壤有機碳分子的多樣性,將有助於更有效地提升森林土壤健康與生態系統功能。 This is a Plain Language Summary discussing a recently published article in Journal of Applied Ecology. Find the full article here. Continue reading 混合造林透過微生物和土壤有機碳的多樣性增強了土壤功能。

Pixelated pathologies: Camera trapping as a tool for monitoring wildlife health

In a world of emerging diseases that threaten both wildlife conservation and public health, finding innovative ways to monitor animal populations has never been more necessary. Traditional methods often involve capturing or handling animals, which is stressful, costly, and logistically challenging. But what if we could detect diseases without disturbing an animal? A promising solution for this challenge is the use of camera traps. This … Continue reading Pixelated pathologies: Camera trapping as a tool for monitoring wildlife health

Hohe Pflanzenartenvielfalt durch Einsatz hochwertiger Renaturierungsmethoden fördert Grünland-Schmetterlinge

Um den Rückgang der Artenvielfalt von Flora und Fauna umzukehren, müssen artenreiche Grünland-Ökosysteme dringend wiederhergestellt werden. Die Identifizierung erfolgreicher Strategien zur Renaturierung ist daher von großer Bedeutung, insbesondere im Hinblick auf die Umsetzung der EU-Renaturierungsverordnung auf nationaler Ebene. Tagfalter und Widderchen als sensitive Indikatoren ermöglichen dabei eine ganzheitliche Betrachtung des Renaturierungserfolgs, welche den Landschaftskontext berücksichtigen. Unsere Studie wollte herausfinden, unter welchen Bedingungen sich artenreiche Tagfalter- … Continue reading Hohe Pflanzenartenvielfalt durch Einsatz hochwertiger Renaturierungsmethoden fördert Grünland-Schmetterlinge

Recovery of grassland butterflies requires high plant diversity by implementing high-quality restoration methods

To reverse the decline in plant and animal biodiversity, it is urgent to restore species-rich grasslands. Identifying successful restoration strategies is therefore highly relevant, especially with regard to the national implementation of the EU nature restoration regulation. In this context, butterflies can be used as sensitive indicators that allow for a holistic assessment of restoration success and take the landscape context into account. Our study … Continue reading Recovery of grassland butterflies requires high plant diversity by implementing high-quality restoration methods