Acoustic Research Systems的动态

I'm happy to share that in our newly published paper, we developed a numerical model that well reproduces the measured warming effects of wind machines on canopies in orchards (my previous post). In the movie below, observation (left) and simulation (right) results agree quite well. This model can be used to explore various scenarios for frost damage mitigation ??. Thanks to the contributions from Antoon van Hooft, Ned Patton, Judith Boekee, Steven van der Linden, Marie-Claire ten Veldhuis, and Bas van de Wiel https://lnkd.in/eq-m2PpM

HUGE discovery made in the Australian outback that informs our understanding of the evolution of life on our planet! I had a blast writing about this incredible discovery - check out the article below to learn more about the ancient marine animal and how it contributes to evolutionary biology.

Α new article has just been published, that reviews the current state of scientific know-how on the properties and trends of SLCFs in the Eastern Mediterranean along with their regional interactions and impacts, depicted by ground- and space-based remote sensing techniques. you can find it here: https://lnkd.in/dPStCVHs

??Excited to share the latest publication from Vassilis Amiridis, Eleni Marinou and our #Pangea4calval team! ??Together with top-experts in #aerosol and gaseous precursor studies, they discuss the current scientific understanding of Short-Lived Climate Forcers (SLCFs)* in the Eastern Mediterranean, using both ground and space-based #remotesensing techniques.?? By combining previous research in Greece with new findings, their work aims to enhance future #climate impact projections.?? ?? Read the full article here: Link https://bit.ly/3VKFDZA *SLCFs, know also as Short-Lived Climate Pollutants (SLCPs), are #GHGs and other climate pollutants with relatively short atmospheric lifetimes compared to #CO2.

Join us this Wednesday for our webinar "Unpacking Carbon Credits: The Power of Enhanced Rock Weathering" led by experts Sam Davies of Flux, Chloé Bigio of InPlanet, Chris Zair of UNDO, and Cloverly's own Callum John Hunt. In this session we’ll explore an introduction to carbon credit projects and do a deep dive on enhanced rock weathering. Join us to uncover practical insights into the transformative potential of enhanced rock weathering carbon credits and understand how they can accelerate your sustainability goals: https://lnkd.in/enjT32bQ We'll explore: - Types of carbon credits: Nature-based vs engineered vs hybrid - The role of geography and quality - Overview of ERW as a category of CDR - The scientific fundamentals of ERW Time: October 2nd, 10:00 AM EST / 3:00 PM BST Register here: https://lnkd.in/enjT32bQ

To date, forest alert products have mostly covered the humid tropics, limiting the availability of near-real-time data on the global effects of deforestation, industrial timber harvesting, selective logging, fragmentation, fire, and roads. To address this data gap, CTrees launched the free Land Use Change Alerts (LUCA) product last fall as the first radar-based alert system to cover all forest biomes. LUCA provides reliable alerts every two weeks for humid and dry tropics, as well as temperate and boreal forest areas. In a paper published in Remote Sensing this week, Adugna Mullissa, Ph.D., lead scientist, explores the methodology, validation, and results from LUCA. Read the paper: https://lnkd.in/gWQMb_nP LUCA detects forest land use changes in all forest biomes in unprecedented detail and accuracy, Mullissa concludes, providing a valuable tool for policy and law enforcement. Explore LUCA data: https://lnkd.in/gJQZC2Ka Co-authors of the paper include Sassan Saatchi, Ricardo Dalagnol da Silva, Tyler Erickson, Naomi Provost, Fiona Osborn, Aleena Ashary, Violet Moon, & Daniel Melling.

??SSE Researcher Spotlight ?? Congratulations to Vasit Sagan, Ph.D., Professor of Earth, Environmental, and Geospatial Sciences, Chief Scientist for Food Security & Digital Ag., Taylor Geospatial Institute, and Associate Vice President for Geospatial Science at Saint Louis University, who was awarded a 2-year National Geospatial-Intelligence Agency grant for $2,209,000 for his project titled “Developing Global InSAR Solutions for Change Detection with Enhanced Regional Calibration.” Learn more about Dr. Sagan and his research: https://loom.ly/5nWomV4

The evolution of ICEYE into the leading Earth Observation company continues with our new investment

?? Structures in the Marine Environment will return to Edinburgh on the 22nd and 23rd of May 2024. Join us to hear the latest highlights from our research teams and a review of all the outputs across 4 years of the INSITE programme to date: ·??????Foraging patterns of marine predators; ·??????New applications of the UK autonomous fleet; ·??????Microbial biodiversity and biological connectivity, fish aggregation and blue carbon benefits of Marine Artificial Structures (MAS); ·??????the efficacy of decommissioning strategies; ·??????Artificial Intelligence and eDNA analysis approaches; ·??????and the effects and implications of subsea plastics incorporated into Marine Artificial Structures. We also be looking at the practical application of INSITE science: the policy landscape; drivers and challenges in offshore energy decommissioning and the energy transition to Net Zero. Learn about the effects, benefits and implications of Marine Artificial Structures, and discuss how cutting-edge, applied science can assist decision-makers and support delivery of future policies for sustainable management of our ocean.?Registration is OPEN ?? https://lnkd.in/ebvrXXF3

Did you know that Plankton are amongst the most diverse groups of organisms on earth? They are essential to supporting the primary production and nutrient cycling in the ocean. At the MBA, we are home to the Continuous Plankton Recorder (CPR) Survey. Designed in the 1920s by Sir Alister Hardy, the CPR unit collects and filters plankton, helping us to understand the importance of natural changes and human-induced changes in our ocean. ?? In 2023 we launched the iCPR project which aims to enhance global plankton monitoring capabilities! The iCPR is equipped with advanced sensors, capturing key environmental variables and detailed plankton imaging using a holographic camera; enabling us to visualise biological contents without disintegrating cell structures. ?? The CPR Survey is now trialling the iCPR in the Irish Sea, Norwegian Sea, Labrador Sea and the Atlantic Ocean. ?? The role of the iCPR sampler is taking our understanding of the ocean to the next level. Read the full article here: https://buff.ly/49Qcv8W