A new study by Timberlake and colleagues finds that late summer nectar supply on farmland has an important influence on bumblebee colony density the following year – does this offer an opportunity to devise more targeted agri-environment schemes for pollinators? Pollen and nectar are the primary food source for most adult pollinators, and in the case of bees, their larvae too. It is no surprise … Continue reading What limits bumblebee populations on farmland?
Cumulative impact assessment (CIA) is a simple yet promising approach to guide marine management interventions, but one not without limitations. Jonsson and colleagues report a novel method which combines CIA with seascape connectivity to account for remote effects of local environmental impact. Human activities are having a catostrphic impact on ocean biodiversity, meaning effective policies and management actions are needed to facilitate the sustainable use … Continue reading Combining seascape connectivity with cumulative impact assessment to support ecosystem‐based marine spatial planning
Urbanization is a major threat to biodiversity. In a new paper, Balbi and colleagues test the efficiency and ecological validity of least-cost path modelling in predicting effective corridors in urban environments. Urban biodiversity contributes to global biodiversity conservation and provides multiple ecosystem services. The growth of human populations living in urban environments and the associated expansion of urbanized land therefore means that conserving urban biodiversity … Continue reading Least‐cost path analysis for urban greenways planning: A test with moths and birds across two habitats and two cities
Energy generation is shifting towards renewable sources, but how do these developments impact our environment? In their latest research, Megan Murgatroyd and colleagues develop a predictive model to guide where best to locate wind turbines to minimize collision risk for a large soaring raptor. The sight of a wind farm is no longer strange to us. For some they might be seen as gentle giants, … Continue reading Predictive modeling of raptor movement can minimise the impact of wind energy developments
In their latest research, Flores and colleagues combine satellite image analysis with detailed field assessments, to quantify the impact caused by large wildfires on riparian forests in the Chapada dos Veadeiros National Park (CVNP). Large savanna wildfires are increasing across the tropics because of a synergism between climate change and unsustainable management practices. In Brazil, for instance, savannas of the Cerrado and Pantanal have recently … Continue reading Tropical riparian forests in danger from large savanna wildfires
How should you react if you unintentionally capture illegal activity in photos from a wildlife camera trap? Associate Editor Dave Augeri introduces our latest Editor’s Choice article by Sharma et al. which addresses the ethics of using camera traps in wildlife research. Ethical principles are so fundamental to our work in conservation science that we often take it for granted. However, while we may naturally … Continue reading ESE Editor’s Choice 1:2 – An ethical framework for using camera traps in the field
The unintentional release of domesticated salmon poses a significant risk to wild Atlantic salmon populations. In their latest research, Mahlum and colleagues use a hierarchical species distribution model to determine the spread and potential impact of domesticated salmon, following escape events in aquaculture facilities. Atlantic salmon is a culturally and economically important species that has been subjugated to intense anthropogenic pressures over the last century. … Continue reading Where do escaped farmed salmon go after unintentional release from aquaculture facilities?
The development of effective fire management regimes is a global challenge. New research from Davies and colleagues aims to develop a flexible modelling approach to investigate how the spatiotemporal application of fire influences savanna biodiversity. Despite the integral role that fire plays in the functioning of ecosystems around the world, there remain few areas where the occurrence of fire has not been disrupted, in some … Continue reading Investigating the effects of fire management on savanna biodiversity with grid‐based spatially explicit population simulations
Associate Editor, Dr Kiran Dhanjal-Adams, introduces the December Editor’s Choice paper, which demonstrates that sediment runoff from industrial logging can affect food security and livelihoods in the Solomon Islands. Kolombangara is an island in the Western Province of the Solomon Islands in the South West Pacific. The island harbors a large variety of ecosystems, ranging from mangrove ecosystems at sea level to cloud forest ecosystems along the crater, … Continue reading Editor’s Choice 57:12 – Best-practice forestry management delivers diminishing returns for coral reefs with increased land-clearing
There is growing interest in the ecological value of set‐aside habitats around rivers in tropical agriculture. In their latest research, Williamson and colleagues investigate the capacity for riparian buffers to act as microclimatic refugia across an oil palm dominated landscape in Borneo. In many ways, oil palm is a miracle crop – it is vastly more productive than its temperate and tropical counterparts and is … Continue reading Can forest remnants in oil palm act as microclimate oases for biodiversity?