The Nature Conservancy Science

The Nature Conservancy Science

非盈利组织

TNC's science network working to optimize science and help TNC advance towards the 2030 goals.

关于我们

TNC’s One Conservancy Science Program (OCSP) integrates and connects our nearly 1,000 science staff across 80 countries to optimize science and innovation, amplify the power of our research, and build capacity and connections that accelerate us toward our 2030 goals. We include a wide range of expertise including Conservation Economics and Governance Science, Climate Science, Spatial Conservation Science, and Social Sciences. We study topics ranging from large global conservation frameworks to local impacts of climate change on communities. We look forward to showcasing why TNC is a science-based organization and sharing our work with the public.

网站
https://www.nature.org/en-us/about-us/who-we-are/our-science/
所属行业
非盈利组织
规模
1,001-5,000 人

动态

  • The Nature Conservancy Science转发了

    查看The Nature Conservancy的公司主页,图片

    797,240 位关注者

    Join us in celebrating our incredible Chief Scientist,?Katharine Hayhoe, for being named in Forbes’ very first list of?50 Sustainability Leaders! Katharine is not only the Chief Scientist for The Nature Conservancy but also a distinguished professor at Texas Tech University. With over 125 peer-reviewed papers and publications, she is one of the nation’s leading voices in climate science. Congratulations, Katharine!?Your dedication and leadership inspire us all. Let’s continue to support and amplify the crucial work being done to protect our planet. ????

    Forbes Sustainability Leaders

    Forbes Sustainability Leaders

    social-www.forbes.com

  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    Each month, we bring you a short video message from one of our dedicated TNC scientists. This month, we’re excited to feature Warda Kanagwa, our Livestock and Grazing Officer in Northern Tanzania and a trained conservation biologist. Warda shares her vital work in controlling invasive species on local rangelands. She discusses her role in training local communities on detection and control techniques, as well as promoting holistic grazing practices for the sustainable management of these precious lands. Join us in learning from Warda’s expertise and dedication to conservation. ???? ?? Check out the video to learn more about Warda’s work! #Conservation #SustainableGrazing Warda Kanagwa

  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    ?? Tropical forests are vital, housing two-thirds of the world’s biodiversity, regulating our climate, and supporting local communities. Yet, they face threats from selective logging and hunting. ?? A recent study in Gabon used acoustic monitoring to explore how biodiversity responds to these activities. The findings? Soundscapes in Forest Stewardship Council (FSC-certified) areas were more akin to national parks than non-certified logging areas. However, even forests logged over 20 years ago showed significant differences compared to untouched forests. ?? The takeaway? The team urges the protection of unlogged forests and the promotion of FSC or other certification schemes to preserve these precious ecosystems. Read the full paper here https://nature.ly/47GYeLR #Conservation #Biodiversity #SustainableForestry #ClimateAction Natalie Yoh John Poulsen

    • 该图片无替代文字
  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    Marshes do so much for our planet! From protecting us against storm surges to storing carbon and providing vital habitats, their importance can’t be overstated. ???? In Georgia, the National Science Foundation’s Long-Term Ecological Research (LTER) Network is diving deep into how these incredible ecosystems recover from challenges like sea level rise and storm surges. They’re exploring the resilience of salt, brackish, and freshwater marshes to understand their unique recovery processes. Thanks to this research, TNC Georgia has been able to prioritize land protection and gain insights into how marshes might evolve with climate change. Click here to learn more about the team’s work https://nature.ly/3XP9QZz #EcosystemServices #MarshlandMagic #ClimateResilience #Conservation

    • 该图片无替代文字
  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    Reforestation plays a crucial role in mitigating climate change by absorbing carbon dioxide from the atmosphere. However, it can be costly, and opportunities are often limited. A study by TNC scientists and collaborators has shed new light on this issue. They evaluated the potential and costs per ton of carbon dioxide for two reforestation methods: natural regeneration and tree planting (primarily for timber). The team found that: ?? Up to 10 times more low-cost carbon removal potential from well-planned reforestation projects than previously estimated by The Intergovernmental Panel on Climate Change. ?? An even split in cost-effectiveness between natural regrowth and plantations, depending on location. ?? Using both methods together offers greater climate mitigation benefits than either alone. The maps generated by this analysis can guide reforestation projects and help countries meet their climate targets. To learn more about these maps and check out the full study, click here https://nature.ly/3zqVIfP #ClimateChange #Reforestation #Sustainability Jonah Busch Susan Cook-Patton, Ph.D.

    • 该图片无替代文字
  • The Nature Conservancy Science转发了

    ???? Celebrating 10 Years of SNAPP! ???? Over the past decade, we've been dedicated to providing evidence-based solutions for specific global challenges at the intersection of conservation and human well-being. We couldn’t have reached this milestone without the ongoing support of our incredible partners The Nature Conservancy, Wildlife Conservation Society and our board of directors, working groups, and team members. Thank you all! ??? To read more about our some the projects we are proud to have been a part of through our working groups check out our latest blog (authored by our very own Miranda Wolfe): https://lnkd.in/e5mB8TJa

    • 该图片无替代文字
  • The Nature Conservancy Science转发了

    Our 2024 Request for Proposal process is officially open! ?? SNAPP is excited to launch our latest call for new working groups addressing global challenges at the intersection of people and nature. For more information, visit: awards.snappartnership.net Have an idea, but could use some feedback? Applicants can now complete a concept note through the portal for a response within 10 business days from our Management Team. #conservation #workinggroups #research #environmental

  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    Modern agriculture has a profound impact on our environment, contributing to greenhouse gas emissions, pollution, and biodiversity loss. Climate change exacerbates these issues, threatening agricultural productivity and stability. A recent review highlights that climate change could further reduce harvests, diminish fertilizer effectiveness, and accelerate damage from pests and soil erosion. This could lead to increased land clearing, habitat loss, and more intensive use of fertilizers and pesticides, further harming ecosystems. ?? Joseph Fargione, TNC’s Science Director for North America, emphasizes: “There is already ample reason to fight climate change, but this paper highlights an additional reason – it makes achieving sustainable agriculture more challenging. To feed a growing world, we need to increase agricultural yields without cutting down remaining rainforests or plowing up prairies. This means conserving soils, weathering droughts, and controlling pests – all of which will be harder in a warmer world with bigger storms, deeper droughts, and longer growing seasons for pests.” ???Hope on the horizon: The team emphasizes that approaches that promote soil health, such as cover crops, no-till farming, and crop diversification, can enhance the ability of agricultural soils to store carbon. In addition, agroforestry can diversify farmer revenue, provide shade for livestock, and serve as windbreaks while also sequestering carbon. More efficient fertilizer use can also reduce water pollution and emissions of nitrous oxide – a greenhouse gas 300 times more potent than CO2. To read more check out the full study https://nature.ly/3Ttke73 #Sustainability #ClimateChange #Agriculture #Innovation #Biodiversity

    • 该图片无替代文字
  • The Nature Conservancy Science转发了

    查看Marianne Kleiberg的档案,图片

    Regional Managing Director Europe

    “One perhaps unlikely target for the conservationists is offshore wind – beneath each wind turbine is metres of scour protection, boulders used to protect the base of the structure, which are excellent sites for oysters.” One of the many ways that The Nature Conservancy uses our science to advance innovative solutions to address the twin challenges of climate change and biodiversity loss. Great to see coverage of Boze Hancock's excellent work with Wild Humber and The Oyster Restoration Company in The Guardian this week. The Nature Conservancy Science | Yorkshire Wildlife Trust | Lincolnshire Wildlife Trust | ?rsted | Dr. Elizabeth Mcleod | Tricia Jedele | Bruce McKenney | Elif Gündüzyeli | Carina Larsfalten | Dragana Mileusni? | Alanay Sir | Alanay Sir | Rob Cunningham | Robert McDonald, Ph.D. | Bridget Nurre Jennions | Bianca Shead | Tom Jennings | Robyn Vinter

    Half a million oysters to be introduced to Humber estuary in restoration plan

    Half a million oysters to be introduced to Humber estuary in restoration plan

    theguardian.com

  • 查看The Nature Conservancy Science的公司主页,图片

    3,773 位关注者

    The loss of biodiversity impacts everyone and everything!

    查看Rhett Ayers Butler的档案,图片
    Rhett Ayers Butler Rhett Ayers Butler是领英影响力人物

    Founder and CEO of Mongabay, a nonprofit conservation and environmental science news platform

    A groundbreaking analysis on the link between biodiversity ?? and human well-being was published this week in Science. Bats, often overlooked in biodiversity discussions, play a critical role as natural pest controllers—benefiting both the economy and human health. Eyal Frank, known for his work linking vulture declines to human mortality in India, illustrates the cascading effects of biodiversity loss on agriculture and public health, using the decline of bat populations in the U.S. due to white-nose syndrome as a case study. The findings are alarming. Between 2006 and 2017, counties affected by white-nose syndrome, a fungal disease decimating bat populations, saw a 31% rise in insecticide use. Farmers, deprived of the pest control provided by bats, turned to chemicals as a substitute. However, this stopgap came at a steep cost—not just financially. The study shows infant mortality rates in those counties increased by nearly 8%, resulting in 1,334 additional infant deaths during this period, a grim consequence of increased chemical exposure. Frank aimed to quantify both the economic and human costs of losing this vital ecosystem service. His work illustrates the interconnectedness of biodiversity and human well-being. With fewer bats to prey on insects, crop revenues in affected areas dropped by 28.9%, with total agricultural losses estimated at $26.9 billion. The compensatory rise in insecticide use failed to fully replace the lost pest control and likely worsened declines in crop quality and farm revenue. While much of the biodiversity conversation focuses on species loss, this research underscores broader impacts, extending to agricultural productivity and public health. It serves as a stark warning to policymakers about the hidden costs of biodiversity decline. As efforts to protect 30% of the planet’s land and marine ecosystems by 2030 gain momentum, studies like this provide crucial evidence that conservation is not just about saving species but also safeguarding human life and livelihoods. Key Figures: ?? 31% increase in insecticide use in affected counties. ?? 8% rise in infant mortality in those same regions. ?? 1,334 additional infant deaths attributed to bat population declines. ?? 28.9% drop in crop revenue in areas impacted by white-nose syndrome. ?? Estimated agricultural losses of $26.9 billion between 2006 and 2017. Eyal G. Frank. The economic impacts of ecosystem disruptions: Costs from substituting biological pest control. Science. 6 Sep 2024 Vol 385, Issue 6713 DOI: 10.1126/science.adg034 ?? https://lnkd.in/gn4Kh5xE

    • Schematic framework linking the ecosystem and human health as being intermediated by the agricultural system.
The figure depicts the main elements in the study and the theoretical predictions made regarding how (i) bat die-offs due to an invasive fungus species lead to lower provision of biological pest control, (ii) in turn causing farmers to compensate with higher insecticide use, and (iii) resulting in negative impacts on human infant health. The two solid lines highlight the observed relationships examined in this study.
    • Photo by Rhett Butler
    • This map (using the Lambert azimuthal equal-area projection) shows the official detection year, as classified by the Fish and Wildlife Service from 2006 to 2018, of WNS in each US county. The main sample (counties in states with a solid black line) in the analysis compares the counties that are classified as WNS-confirmed counties (highlighted in yellow to green) with counties in states that had at least one WNS-confirmed county by 2014 (shown in dark gray). The main analysis excludes counties in states with the first WNS detection after 2014, where only the fungus is detected and counties are WNS suspected, or the non-WNS counties that are adjacent to the WNS-confirmed counties where spatial spillovers might affect the counties. In total, the sample contains 1185 counties, in 27 states, where 245 counties ever become exposed to WNS.
    • Increase in insecticide use and infant mortality after WNS detection.
(A and B) Each panel shows the regression results of comparing insecticide use (A) or IIMR (B) between counties that experience bat die-offs, before and after the bat mortality shocks, with counties that do not experience them. Each dot is a coefficient from the regression, and each line shows the 95% confidence interval. Insecticide use is weighted by the number of 2002 cropland acres, and the IIMR is weighted by the number of live births.

关联主页

相似主页