Researchers have discovered over 30 species of invertebrates and 100 single-celled organisms at the East Stoke Fen nature reserve. The findings highlight the importance of protecting 'cryptic biodiversity', which helps natural ecosystems recover from environmental change.
Researchers found that coordinated conservation efforts across national borders can achieve higher results and save up to 45% of costs compared to uncoordinated plans. The study estimates a potential savings of $67 billion for the Mediterranean region's biodiversity conservation efforts.
A new report highlights the benefits of reducing emissions from deforestation, including conservation of carbon and biodiversity hotspots. However, it also warns of challenges in implementing REDD without displacing agricultural activities in lower-carbon but equally biodiverse areas.
A University of Minnesota study found that elevated CO2 levels can reduce species richness by 16 percent under ambient conditions, but this effect is halved when more CO2 is added. The interaction between CO2 and nitrogen enrichment ameliorates biodiversity loss, offering relief in the fight against environmental degradation
A new strategy proposes a biodiversity-focused approach to reduce carbon emissions from deforestation, favoring high-biodiversity nations in Southeast Asia and the Indian Ocean. This approach has been shown to contribute more to slowing biodiversity loss than traditional carbon-based credit scenarios.
A team of scientists argue that slowing global warming through REDD policies may not fully protect biodiversity. The researchers suggest that careless implementation could lead to the degradation of high-biodiversity areas instead.
Natural historians can now share and manage their data using the Scratchpads platform, which serves over 1100 users across 100 sites. The system allows users to create virtual workbenches to study aspects of organisms, promoting biodiversity informatics approaches.
China has seen improvements in forest growth and marine ecosystem health, but severe pollution and biodiversity loss still threaten the country's environment. Despite major government efforts, China faces significant challenges in protecting its rich biodiversity.
Research at the University of Leeds found that logged rainforests can recover biodiversity to pre-logging levels within 15 years through managed restoration. This approach can also support carbon offsetting, providing a stronger incentive for protecting vulnerable forests.
The world is expected to miss its target to stem biodiversity loss by 2010, with freshwater ecosystems collapsing due to massive mismanagement and growing human needs for water. This has led to an immense crisis in freshwater biodiversity, with species extinction rates four to six times higher than their terrestrial and marine cousins.
Scientists used novel DNA sequencing technology to analyze bug splatters on car windshields, estimating insect diversity in the region. The study's metagenomic pipeline accurately identified sequences corresponding to various insect taxa, including significant differences between two trips.
The Academy of Natural Sciences' Ewell Sale Stewart Library has been accepted into the Biodiversity Heritage Library, a global initiative to preserve scientific literature on biodiversity. Over 35,500 volumes have been scanned and digitized, with over 14 million pages now available online.
Researchers found that connecting habitat patches with corridors increases plant biodiversity in protected areas and surrounding non-target habitats. This spillover effect can elevate biodiversity by up to 160%.
A list of 100 key scientific questions has been published to aid conservation efforts. These questions, compiled by 761 conservationists and academics, aim to address gaps in knowledge on issues such as climate change and ecosystem function. Answering these questions could help stem massive biodiversity loss.
A study found that over 80% of major armed conflicts from 1950-2000 occurred in biodiversity hotspots, which are also home to the world's poorest people. The regions are essential for both biodiversity conservation and human well-being.
Scientists report significant pressure on Mediterranean-climate regions' biodiversity due to urbanization and agriculture, impacting plant and animal species. The study highlights the need for accelerated conservation action to outpace threats in this unique ecosystem.
A new species of fruit fly emerged after changing its mating behavior, while parasitic wasps evolved to prey on the flies' larvae. This study shows biodiversity feeds on itself, opening up niches for other species.
A team of researchers observed the sequential development of new species in fruit flies and parasitic wasps after introducing apples to North America. The modification of one species triggers the modification of a second, dependent species, demonstrating biodiversity as a source for new biodiversity.
The five-year, $4 million grant will support biodiversity field surveys, screen microbes and plants for applications to human health and energy needs. The research aims to conserve endangered species and develop local conservation efforts in Indonesia's tropical forests.
A Virginia Tech chemist will share a portion of pharmaceutical royalties with Madagascar, supporting biodiversity conservation and cancer research in the country. The research, led by David G.I. Kingston, aims to find new anticancer agents from Madagascar's unique plant and animal species.
The First World Conference on Marine Biodiversity has reported a rapid northern migration of invasive marine species, spreading at 50 km per decade. This is significantly faster than terrestrial plants and may be due to the rapid dispersion of macroalgae propagules in the ocean.
Researchers used lab-based experimental ecosystems to model relationship between nutrients and biodiversity, finding that precise relationship depends on species present. The study's results show that low levels of nutrients can lead to high levels of biodiversity.
According to Paul Ehrlich and Robert Pringle, a multi-pronged approach involving individual and small group efforts is crucial for preserving biodiversity. By making modest actions such as reducing meat consumption or maintaining living hedges, people can collectively have a significant impact on the environment.
A study published in Science journal reveals the evolution of marine diversity over 50 million years, highlighting the Indo-Australian Archipelago as a tropical center of maximum diversity. The research provides new insights into biodiversity hotspots and their connection to environmental change.
The US EPA has funded three interdisciplinary teams to explore the links between biodiversity and human health, focusing on Lyme disease and West Nile encephalitis. Research will investigate how environmental factors and people's behaviors contribute to disease transmission.
A new study found that palm oil plantations supported few bird and butterfly species, despite efforts to increase biodiversity. Preserving natural forests was more effective in increasing species richness, but even this approach had a limited impact.
The study revealed 57 coral species, with higher diversity in smaller patchy areas and a focus on protecting larger conservation units. The authors recommend marine reserves to protect high-biodiversity areas, such as the islands of Isla Galera, Isla San Telmo, and Isla Mogo Mogo.
Scientists say conserving biodiversity must consider reducing greenhouse gas emissions from deforestation. A plan to protect forests could shift land use to low-carbon forests and harm other ecosystems important for biodiversity. Conservation efforts may need to focus on less valuable but biodiverse forests and non-forest ecosystems.
The TEEB report presents a comprehensive economic case for conserving biodiversity, citing severe consequences if current decline continues. Economic valuation studies show that the loss of biodiversity and ecosystem services has significant human costs, particularly for the poor.
The TEEB report estimates that biodiversity offers $5 billion in ecosystem services per year, but loss could exacerbate global poverty and climate change. The project aims to address the economic value of biodiversity and its impact on human survival.
Researchers used a neutral model to predict fish diversity in the Mississippi-Missouri River System, demonstrating its potential for analyzing complex systems. The approach, which assumes functional equivalence among species, provides new insights into biodiversity patterns and their relationship with environmental change.
Researchers demonstrate that a simple method using river network geometry and rainfall data can accurately predict fish species diversity patterns in the Mississippi-Missouri basin. The model, which uses just four parameters, captures complex biodiversity patterns without referencing individual fish species.
A team of international collaborators, led by Academy entomologist Brian Fisher, creates a conservation map for Madagascar by analyzing distribution data from 2,315 species. The proposed locations for new protected areas preserve the maximum number of species, providing a valuable model for biodiversity hotspots worldwide.
A new essay proposes revising protected area categories to reflect biodiversity outcomes, with potential huge implications for preserving the earth's rapidly diminishing biodiversity. The change aims to make significant gains in biodiversity conservation and stanch species loss, habitat destruction, and ecosystem services degradation.
The study found that an intermediate rate of dispersal creates a 'happy medium' wherein species move around enough to adapt to harsh environments, increasing ecosystem productivity and biodiversity. This breakthrough helps ecologists develop strategies for conservation areas with high biomass and diversity.
Researchers develop new method to measure biodiversity, finding that most species have limited impact on ecosystem diversity. The study reveals that 'attractor' species promote biodiversity in tropical rainforests, while 'repellent' species have a negative effect.
Recent decades have seen a significant shift in oil palm research, with an increasing focus on the environment and biofuel production. However, biodiversity assessments remain scarce, particularly for insect species that carry out key ecosystem functions.
The BBVA Foundation Award for Conservation Biology recognizes Harold Mooney and Peter Raven for their contributions to understanding the evolutionary and co-evolutionary processes that shape plant diversity. Their work has shifted the focus of conservation biology from species-centered approaches to ecosystems and services provided to ...
The Global Environment Facility is providing an additional $20 million to protect unique and threatened areas like island ecosystems and temperate forests. This funding will support conservation efforts in biodiversity hotspots, home to half of all terrestrial plants and animals.
A new report suggests that preserving deep-sea biodiversity is crucial for the health of oceans. Researchers found that sites with a higher diversity of nematode worms support exponentially higher rates of ecosystem processes and increased efficiency. This study highlights the importance of protecting the world's most critical ecosystem.
A new study by Conservation International and the University of Vermont reveals that conserving biodiversity also protects essential ecosystem services like fresh water, food, and carbon storage. The report estimates the annual value of these services to be over $33 trillion.
A study found large gaps in GBIF's biodiversity data, with over 70% of Legume species lacking formal records or poor-quality location information. The research highlights the need for governments to invest in digitizing and publishing more biodiversity data from museums.
Scientists confirm tropical regions as key to global biodiversity, with a group of shellfish defying conventional patterns. Contrary to expectations, the Anomalodesmata group shows peak diversity in mid-latitudes, contradicting standard patterns.
The GBIF Data Portal offers instant mapping and plotting of biodiversity data on Google Earth, facilitating ecological studies and predicting species response to climate change. The portal is expected to significantly increase the number of participating institutions, making global biodiversity data freely available worldwide.
Paul Flemons, an Australian researcher, has won the prestigious Ebbe Nielsen Prize for his innovative work in combining biosystematics and biodiversity informatics. His research focuses on computer-based ecological modeling to identify areas with high species diversity, making it easier for scientists to discover and conserve species.
Researchers at the University of Sheffield found that parks with high biodiversity levels have a greater impact on people's general well-being. The study suggests that successful urban green space management should prioritize biological complexity to enhance human wellbeing beyond just conservation.
McGill researchers found that societies with more unequal distributions of income experience greater losses of biodiversity. The study suggests a synergy between equitable wealth distribution and conservation of biological diversity.
A new study by Stanford University researchers challenges the 'biodiversity hotspot' approach to conservation, finding that only 16% of mammalian species overlap across three types of hotspots. The authors argue that protecting fewer sites could lead to neglecting endangered and endemic species.
A novel program in Panama trains professionals to advance drug discovery, reducing costs and promoting tropical biodiversity conservation. The International Cooperative Biodiversity Groups (ICBG) program provides economic and educational benefits for local students and communities.
Researchers found that intermittent streams provide crucial habitats for coho salmon smolts, while the US Supreme Court's decisions may impact these ecosystems. Additionally, natural sacred sites like sacred groves can hold valuable insights into biodiversity management and conservation.
A comprehensive analysis of over 100 studies reveals that biodiversity loss will have severe consequences on ecosystem function, including pest control, organic waste management, food production, and water purification. The study suggests that protecting biodiversity is crucial to maintaining these essential services.
The tropics are revealed as the Earth's most fruitful biodiversity spawning ground, with fossil data indicating a consistent pattern of extinction, origination, and immigration. The study suggests that human-caused extinctions in the tropics will have long-term consequences on global biodiversity.
A new study reveals that tropical regions are both a cradle and a museum of biodiversity, with many species originating in the tropics and spreading to higher latitudes. The research suggests that preserving tropical ecosystems is crucial for maintaining global biodiversity.
Arizona State University researcher Jianguo Wu is leading a five-year project to study the relationships between species in the Eurasia Grassland, one of the world's largest contiguous biomes. The project aims to understand how different species function together and create realistic gradients of biodiversity.
Biodiversity experts warn of a major crisis and urge creation of an inter-governmental mechanism to provide a united, authoritative scientific voice. Existing organizations lack the structural means to mobilize the expertise of a large scientific community, spanning multiple disciplines.
The survey found a diverse range of life, including new fish species, in Malagasy waters. The region's coral diversity is one of the richest in the Indian Ocean, making it a high conservation priority.
A new study published in Nature confirms that biodiversity stabilizes ecosystems and can be used to produce a sustainable supply of biomass for biofuels. Biodiverse prairie grasslands are 240% more productive than those with single species, offering a promising solution to meet growing energy needs while restoring global ecosystems.
Researchers have found that organic nitrogen can be directly taken up by plants, allowing them to share nitrogen and maintain biodiversity. This discovery has significant implications for unfertilised grasslands where organic nitrogen often dominates.
A joint study largely confirms earlier predictions that global warming will lead to mass species extinctions, particularly in biodiversity hotspots. The research assesses the potential effects of climate change on terrestrial biodiversity on a global scale, revealing catastrophic species loss across the planet.
The study finds that healthy ecosystems can mitigate the effects of disasters like landslides and floods. Mainstreaming sustainable biodiversity management into policy decisions may reverse ecosystem degradation trends.