Articles tagged with Ecosystem Management
Chris Field, a leading climate expert, will discuss the state of climate science and emerging challenges related to climate change. Analysis of 27 climate models reveals accelerated pace of climate change, posing significant risks for the future.
A team of Canadian biologists developed a framework to protect fish and ecosystems, highlighting the importance of connecting waterways, protecting habitats, and adopting adaptive management strategies. The 9 guiding principles aim to promote sustainable fisheries and conserve biodiversity.
A recent study by Florida State University researchers reveals the domino effect of overfishing on ecosystems, where the loss of a key species can have far-reaching and devastating consequences. The research highlights the importance of understanding key linkages among species that set up tipping points in ecosystems.
The study emphasizes the need to consider human values in decision-making for long-term coral reef management. It highlights successful co-management arrangements in countries like Papua New Guinea and Kenya, where community engagement reduces conflict and increases ecological benefits.
A 12-organisation Anglo-French partnership has developed an English Channel Governance Guide to ensure sustainable management of the world's busiest waterway. The guide will inform live marine policy development on a national and European scale, focusing on ecosystem management, conservation, and human use of the waterway.
A UCSB study found that invasive plants' ecosystem impacts decrease over time, but native species may need additional assistance to recover. Long-term monitoring revealed declining nitrogen mineralization rates and reduced self-reinforcing effects on soil nutrients.
This special issue explores the interconnections between climate change, biodiversity, ecosystem functionality, and ecosystem services. It highlights the need for adaptation efforts that consider managing landscapes to maintain biodiversity and ecosystem attributes.
Researchers at Stanford University's Natural Capital Project used Flickr data to assess the value of natural tourist attractions, finding a reliable indicator for visitation rates and values. This approach revolutionizes study methods, providing insights into what attracts people to natural areas and informing better land management.
The constructive conservation framework combines strategies for preserving biodiversity in both natural and designed landscapes. By prioritizing ecologically viable habitats, actively creating new ecosystems, and accepting novel ecosystems as natural landscapes, researchers aim to maximize the effective use of resources. This approach ...
A University of Tennessee professor is leading a research project to study lucinid clams, which play a crucial role in detoxifying coastal environments. The study aims to uncover the genetic, taxonomic, and functional diversity of modern lucid chemosymbioses and their responses to environmental changes.
The LEGATO project aims to advance long-term sustainable development of irrigated rice fields. New insights were presented on the future of rice ecosystem services, highlighting the importance of continuous discourse and local knowledge integration.
Researchers suggest that extreme events like tropical storms and cloudy weather can trigger coral regrowth on degraded reefs. By adopting a more resilient management approach, it may be possible to restore living coral cover to these systems.
A study of the Colorado River found that dams like Glen Canyon Dam alter food webs, leading to reduced biodiversity and unstable ecosystems. Downstream sites had more native fish species and fewer mismatches in their food web.
The National Estuarine Research Reserve System faces increasing climate-related stressors, threatening coastal ecosystems and human communities. Climate sensitivity was highest in southern East Coast reserves, which provide ideal locations to assess climate change impacts.
A special edition of Environmental Development journal captures decades of trans-boundary water management lessons, highlighting the need for science-based governance and innovative approaches to address pressing issues like climate change, water scarcity, and ecosystem degradation. The volume includes articles on Nile River Basin mana...
A new study finds that adding nitrogen to grasslands initially boosts ecosystem productivity but ultimately leads to a decline due to reduced plant diversity. The research, published in Proceedings of the National Academy of Sciences, highlights the significant impact of biodiversity loss on ecosystem functioning.
Research by Michigan Technological University scientists found a strong relationship between deer waste and plant growth in eastern hemlock stands. This can lead to the transition of hemlock stands to hardwood species that provide scant winter cover.
A new Red List system has been developed to identify ecosystems at high risk of degradation. The framework assesses multiple symptoms of risk produced by different processes of ecosystem degradation, enabling it to handle a range of different sources of information.
A new study found that pharmaceuticals, including antihistamines, alter biofilm communities in streams, leading to reduced photosynthesis and microbial respiration. The most striking effect was observed with diphenhydramine, which caused a 99% decrease in photosynthesis and changed bacterial species present in the biofilms.
A new study developed by Scripps Institution of Oceanography argues that problems lie in seeking answers one factor at a time, as scientists have done for decades. The researchers argue that using novel mathematical methods can help avoid misleading conclusions by considering dynamic linkages between factors.
The Colombian Orinoco Basin's protected areas have almost doubled, but ecosystem protection does not increase proportionally, indicating a lack of planning and management capacities. Indigenous Reserves are crucial for conservation, but their status as Protected Area categories is debated.
Researchers developed an Adaptation for Conservation Targets (ACT) framework to assess climate change impacts on natural resources. The framework enables scientists and managers to work together to adjust management actions and address the 'What do we do about it?' question.
Researchers from Jena University warn of severe environmental damage in the Antarctic due to human activities such as vehicle tracks and building work. They suggest designating the Fildes Peninsula as an 'Antarctic Specially Managed Area' to reduce conflicting interests and protect the unique flora and fauna.
New research reveals that salmon stocks varied greatly on centuries-long time cycles, with fluctuations lasting up to 200 years. The study found that natural variations in salmon abundance were as large as those due to human harvests, and that some regions showed different changes over time.
Researchers found that excessive habitat heterogeneity may lead to a decrease in species diversity, contradicting current conservation practices. The study provides important insights for selecting and managing conservation areas.
A new study aims to develop fishing management guidelines for Atlantic menhaden, a crucial food source for larger fish and marine mammals. The research will help ensure the species' survival and maintain ecosystem balance.
Dr. Ellen K. Pikitch cautions against traditional fisheries management, citing current studies that show fish populations are below recommended levels and most species are declining. A more precautionary approach is needed to protect marine ecosystems.
A new NOAA survey using the Seahorse instrument has confirmed high numbers of young sea scallops off Delaware Bay. The findings are promising for the future of the scallop fishery, with many juveniles showing potential to grow to commercial size in about three years.
Scientists used airborne 3-D mapping to quantify tree losses across Kruger National Park, finding that elephants are primary agents of tree loss. The study highlights the challenges faced by conservation managers and provides valuable insights for improving savanna management practices.
Relocating threatened species to save them from extinction is a complex issue due to unforeseen environmental consequences and potential disruptions to ecosystems. Developing effective guidelines and protocols for managed relocation is crucial to minimize social conflict and ensure responsible conservation practices.
Zacharie Tchoundjeu, a forestry conservationist in Cameroon, and Martha Ruiz Corzo, an environmental activist in Mexico, win the National Geographic/Buffett Award. They are recognized for their outstanding work in conservation and community-based management of protected areas.
Depleting groundwater can reduce surface-water flows, harming fisheries and wetland habitats. Creative groundwater management solutions are being adopted by western states and Australia to minimize economic disruption during droughts.
Researchers at the University of Pittsburgh and LTER Network sites reveal that historic human activity has a profound impact on today's ecosystem. The study highlights how legacy effects from human actions continue to reverberate throughout present-day ecosystems, influencing environmental policies and land management.
Researchers from the University of Southampton are leading two international studies to improve the lives of over one billion people living in poverty. The ASSETS Project investigates ecosystem services at forest-agricultural interfaces in Amazonia and Africa, while assessing delta changes in Bangladesh and India.
A study of 35 headwater basins in the US and Canada found that warmer temperatures do not always lead to decreased streamflow rates. In fact, water flow decreases only at sites with winter snow and ice, while warmer and drier ecosystems show less impact.
A scientific team reports that a 'balanced harvest' can achieve productive fisheries while conserving environmental factors, according to the journal Science paper. This approach maximizes production and minimizes ecological effects by targeting multiple species and sizes.
Researchers developed topographic models using LiDAR data to predict habitat suitability for endangered plants in dry environments. The team plans to use satellite observations to create digital elevation models, guiding effective restoration efforts and identifying suitable areas for plant growth.
The Cary Institute of Ecosystem Studies and WAMC Northeast Public Radio have debuted Earth Wise, a two-minute daily radio show focusing on climate change, energy, sustainable living, agriculture, and wildlife. Each segment highlights how individuals can make a positive impact.
The new US Carbon Cycle Science Plan aims to expand research on the human impact of carbon cycling and climate change. It emphasizes communication and accessible research for policy makers and the public, with a focus on strengthening observation networks and developing numerical models.
Researchers found that installing nest boxes in California vineyards increased avian species richness by over 50% and nearly quadrupled insectivorous bird density. The results suggest an effective method for vineyards to protect their crop while promoting avian conservation.
A study by the Wildlife Conservation Society identified 8 changes that occur on coral reefs before they collapse due to overfishing. Researchers found a 'window' of maximum sustainable yield between 300-600 kilograms per hectare, but when fish stocks drop below this threshold, reef degradation accelerates.
China's existing protected areas are failing to conserve wild plants, which could be valuable sources of future crops and medicine. The country should develop accurate data on threats to its plant species and create well-enforced reserves in appropriate areas.
Fire response teams use Landsat satellite data to protect houses, wildlife, and bodies of water. The US Department of Agriculture Forest Service's Remote Sensing Applications Center (RSAC) uses Landsat data to create maps depicting ecologic changes due to high temperatures after a fire.
The study creates a worldwide map of coral reefs, highlighting areas with high biodiversity and low stress, to inform conservation efforts. The researchers used fuzzy logic and publicly available data to group reef systems into clusters based on their stress exposure grades.
Researchers from CSIRO and universities have developed a pragmatic decision framework for determining when to relocate species due to climate change. The framework considers factors such as population size and expected losses through relocation to determine the best timing for moving species.
A new mathematical model shows that species pairs can reemerge after collapse if the disturbance is removed. Hybridization between closely-related species can lead to population decline and biodiversity loss. The study suggests that ecosystem managers may be able to refill ecological niches, but not resurrect lost species.
A new study finds that human responses to a changing environment determine environmental tipping points in ecosystems. Regulatory choices can influence behavior and alter ecosystem outcomes. Strong institutional support is crucial for effective management.
Studies by CSIRO and the University of Sydney found that ants and termites can increase wheat crop yields by up to 36% under low tillage conditions. The insects improve soil nitrogen and water infiltration, reducing runoff and evaporation. This breakthrough has significant implications for dryland agriculture in hot and dry climates.
Researchers from the Wildlife Conservation Society have developed a 'stress test' for coral reefs to prioritize areas most likely to survive climate change factors. The model considers environmental stressors like rising sea temperatures and their impact on coral and fish diversity.
Two Brown University scientists, Heather Leslie and Leila Sievanen, will discuss the importance of marine spatial planning, ecosystem-based management, and social science inclusion in managing the nation's oceans. Leslie will focus on understanding ocean ecosystems' resilience to variability and climate change, while Sievanen will high...
A team of scientists found that invasive fruiting plants, such as honeysuckle, can form mutually beneficial relationships with native birds and other species. In the Happy Valley region of Pennsylvania, honeysuckle increased the abundance of fruit-eating birds and facilitated seed dispersal for nearby native plants.
Researchers analyzed a major forest commons management program in Ethiopia, finding that groups with higher shares of conditional cooperators were more successful in managing their forests. These groups also spent more time monitoring their forest to deter free riding.
A new USDA study shows that less than 25% of non-federal rangelands have significant land degradation, while nearly 50% are affected by invasive non-native grasses and shrubs. The research provides valuable information for conservation efforts and sets a baseline for monitoring western rangeland health.
Research reveals that farm management choices significantly influence arbuscular mycorrhizal fungi distribution, with organic farming showing higher AMF richness. This understanding can improve crop production and promote sustainable agricultural practices to address food security and climate change challenges.
A group of experts from UBC and Scripps Institution criticizes the MSC for failing to promote sustainable fishing practices, citing concerns over declining fish populations and high-impact methods like bottom trawling.
The new book 'Urban Ecosystem Ecology' aims to understand the complexities of urban ecosystems and provide solutions for managing their environmental impacts. The book covers topics such as wildlife, water quality, air quality, and climate change, and offers practical guidance on green infrastructure planning and urban forestry.
The Ecological Society of America honors seven distinguished ecologists for their outstanding contributions to the field. The awards recognize achievements in ecological research, education, and sustainability, including Simon A. Levin's Eminent Ecologist Award and Martin Lindegren's Sustainability Science Award.
A new study in Nature highlights the importance of population diversity within species for maintaining stable fisheries. Without sufficient diversity, fisheries would close more frequently, leading to economic instability. The study emphasizes the need to preserve habitat networks to maintain population diversity.
A study of biodiversity changes over space and time reveals unexpected trends, contradicting previous assumptions that species mix turns over more in the tropics than closer to the poles. The data suggest that changes in climate over large distances and multi-year periods explain these paradoxical trends.
A new approach calculates the change in greenhouse gas emissions resulting from changes in land use, taking into account factors such as plant density and ecosystem vulnerability. This comprehensive method provides a more accurate assessment of land-use projects' impact on climate change.