Permian Global’s Post

Data collected by satellites, drones, radars and microscopes provide a goldmine of information to better understand our environment. And when these data are coupled with artificial intelligence (AI), they can unlock the secrets of phenomena taking place at all levels.  https://lnkd.in/evrE7B4E

This report is a fascinating read. Some really important research which hopefully will pave the way for helping better monetise the carbon that rewilding produces. It’s not the ‘answer’ for many landowners but rewilding schemes should be properly rewarded for the very important ecosystem services that they provide.

🌍 Ever wondered how we keep tabs on our planet's health? That's where Earth Observation (EO) comes in! Cutting-edge satellite, drone, and sensor technology provide a comprehensive view of the Earth's surface. This data is collected, analyzed, and interpreted to understand our Earth's physical, chemical, and biological systems. 📡 📊 From tracking climate patterns and natural disasters to monitoring deforestation and urban development, EO helps us understand and protect our environment. It's like having a constant eye in the sky, ensuring we stay informed, prepared, and improving decision-making. 🌱 #earthobservation #remotesensing #geospatialdata #sustainability #climatechange #techforgood

🌍 Unlocking the Potential of LiDAR for Carbon Stock Reporting 🌳 In the fight against climate change, accurate reporting of carbon stocks and forest biomass is crucial. However, one major barrier facing carbon developers is the high cost of conducting LiDAR surveys. These costs often deter many from leveraging this powerful technology, leading to less precise data and, consequently, less effective climate action. Governments around the world have an incredible opportunity to step in and make a difference. By creating comprehensive, high-density LiDAR datasets and making them accessible to carbon developers and other industries, we can: ✅ Enhance the accuracy of carbon stock reporting ✅ Encourage more widespread use of LiDAR technology ✅ Support a variety of industries with valuable data ✅ Promote transparency and accountability in climate initiatives A single, government-funded LiDAR dataset can serve multiple purposes across different sectors, from environmental conservation to urban planning and beyond. This shared resource approach not only optimizes costs but also drives innovation and collaboration. It's time for policymakers to recognize the value of investing in LiDAR technology and to take action. Let's push for a future where accurate, reliable data supports our efforts to combat climate change and preserve our planet. #ClimateChange #LiDAR #CarbonStocks #Sustainability #Innovation #PolicyChange

The integration of AI, satellites, and LiDAR to monitor forest carbon stocks marks a pivotal moment in environmental conservation. As highlighted in this insightful article, these technologies are empowering us with accurate, large-scale data to track and protect forests worldwide. At ReEarth AI, we believe that innovative technology combined with mindful practices can lead to real solutions for climate change. Tools like these align with our goal of creating AI models that support environmental regeneration and sustainability. Forests are essential in our fight against global warming. With these AI-driven advancements, we’re taking significant strides toward safeguarding Earth’s ecosystems. 📖 Read the full article: https://lnkd.in/e7xWEkMN 🌿 Let’s continue to innovate for our planet! #AIForGood #Sustainability #ClimateTech #ReEarthAI

Business leaders face a choice: do they do the bare minimum on sustainability and face compliance risks, or take advantage of the opportunity for increased transparency, future-proofing their business models and becoming more attractive to investors?   The common denominator in making this happen is to turn your data into a strategic asset by unifying your ESG, operational and financial data into one unified data estate. The result is making sustainability your top value proposition with data, analytics and AI.   Here’s what several leading Nordic businesses and leaders had to say on how they’ve transformed their businesses to show sustainability is simply good business. Erik Josefsson Andrew Kerr Javier García-Norro Granja no doubt that Green Cubes Cubes is a front runner by combining digital infrastructure with Satellites, Lidar, Sonar and soil sampling to accurately map forests in 3D, all power charged by Generative AI. Green Cubes is providing landowners in biodiversity hotspots with an alternative income stream. One of the most interesting opportunities to incentivize farm land preservation is the multi-side business model of biodiversity hotspots, where the price for “Green Cubes” adjusts based on much biodiversity is measured – all of which requires unified data infrastructures to aggregate, analyse and adjust price signals in real-time. Roman Amstutz Tatjana Milenovic #msftadvocate #sustainability #Norway #Sweden #Denmark #Finland #Europe #AI #Data #Fabric #ESG

Today’s Breath of Fresh Air Moment features a fall stroll through Francis King Regional Park and is brought to you by the latest in "Let’s Be Good to Our Planet" news 🌎🌍🌏 : How Japan can lead in forest mapping to maximize climate change mitigation. Japan’s forests cover 67% of its land, making them crucial in climate change mitigation. But without accurate data, managing their carbon-absorbing potential is challenging. That’s why Japan’s public and private sectors are joining forces to create detailed forest maps using advanced tech like LIDAR and satellite imagery. These maps are uncovering previously underestimated carbon stocks and guiding more effective conservation efforts. Even open-source data is becoming accessible to local governments and businesses to optimize forest management. How could your industry leverage open data and innovative tech for sustainability? 📰 Article: https://lnkd.in/giNEG_Xx 👉 Follow me on Instagram 📸 🎥✨: @crackerjackflash #JackGeo #iPhonography #ClimateAction #ForestMapping #Sustainability #CarbonSequestration #OpenData

Artificial intelligence is transforming how we approach environmental conservation and sustainable management of natural resources. The use of drones and satellites allows us to collect and analyze data on an unprecedented scale, facilitating informed and precise decision-making. These advanced technologies have proven valuable for early detection of environmental threats, enabling us to respond proactively and effectively. By integrating AI into our strategies, we not only strengthen biodiversity protection, but we can also develop more innovative solutions for ecosystem management. In a world where climate change and resource exploitation are inevitable realities, these innovations are essential for ensuring a sustainable balance between human development and environmental conservation. Working together to implement these technological tools is key to ensuring a future where nature and technology coexist in harmony. #ArtificialIntelligence #EnvironmentalConservation #SustainableManagement #GreenTechnology #EcologicalInnovation https://ow.ly/17l650UoXY6

Revolutionizing the Seas: How Marine Technology is Changing the Game The vast expanse of the world's oceans has always fascinated mankind. With their mysterious depths and unexplored territories, t... https://lnkd.in/gHGjkEis #3DPrintingTechnology #AerospaceTechnology #AgricultureTechnology #ArchitectureTechnology #ArtificialIntelligence #AssistiveTechnology #Biotechnology #BlockchainTechnology #BusinessTechnology #CommunicationTechnology #ConstructionTechnology #EducationalTechnology #ElectricalEngineeringTechnology #EntertainmentTechnology #EnvironmentalTechnology #ForensicScienceTechnology #HospitalityTechnology #InformationTechnology #MarineTechnology #MedicalTechnology #MilitaryTechnology #OperationalTechnology #ProductandFoodTechnology #QuantumTechnology #RoboticsTechnology #SpaceTechnology #SportsTechnology #Superintelligence #VehicleTechnology #Technology

***Landmark report demonstrates impressive carbon sequestration potential of rewilding***   We are absolutely thrilled to have been part of the landmark Knepp Wildland Carbon Project.   Nattergal, Arup and Knepp Estate, together with our key research partners Queen Mary University of London, Treeconomy and Agricarbon, have demonstrated a higher than anticipated carbon sequestration rate on land being rewilded.   Using a range of data capture techniques including LiDAR scanning, drones, Structure-from-Motion photogrammetry and soil carbon audits, the report provides pivotal evidence to help fill data gaps around the wider climate benefits of the dynamic habitat mosaics and soil health recovery that emerge through rewilding.   The data will enable carbon driven investment into a much greater diversity of nature-based solutions. In the case of rewilding, this means so much than carbon sequestration alone, with the added benefits of biodiversity uplift, community engagement, natural flood management and nutrient mitigation.   Head of Natural Capital, Ivan de Klee, who was the project lead for Nattergal and Knepp, notes that “the carbon sequestration rate at Knepp has been at least 5.20tCO2e/ha/yr over the past 20 years, which is a similar magnitude(~86%) to those estimated by the Woodland Carbon Code’s calculator for a new native woodland (6.05 tCO2e/ha/yr). These figures remain conservative as recent and further research by Oxford University points to a high volume of biomass in the roots of browsed trees and shrubs, a pool of carbon not included in this report." The value of these findings for nature cannot be overstated. We are extremely proud of Ivan and everyone who contributed to this landmark research. See comments for further acknowledgements.   Both reports can be viewed on the below link. https://lnkd.in/eYHtAFGF   #rewilding #rewildingresearch #generationrestoration #carbonsequestration 📷Knepp Estate