For Trees Club’s Post

[BUILDING BLOCKS FOR DESTINATION POSITIVE 🟧🟢] #HumanCentric AI for #BetterCities? 🟢🟧🔷 Can AI be used to tap into the essence of a city, namely the people? Is there such thing as a community algorithm? During the City Destinations Alliance conference in VISIT VALÈNCIA #BuildingBlocks for #DestinationPositive, programmed by GROUP NAO, we will be exploring #humancentric AI–based solutions for better urban futures. Co-Founder of UrbanistAI, Damiano Cerrone is reshaping the way we use AI to co-design and co-create better #UrbanFutures, enabling comprehensive, participatory urban planning integrating multiple different AI technologies. This is just one of many destination building blocks that we will dive into throughout our #positively loaded programme at the City Destinations Alliance Autumn Conference: "Building Blocks for Destination Positive”. Be sure to register for your spot here: https://buff.ly/44ecWHl For the first time, the #CityDNA conference and #GDSForum with Global Destination Sustainability Movement (GDS-Movement) are back-to-back for a full week of events in Valencia from October 3-7.

If you are into #AI, #cities, and #sustainability, this is the event to be. See you all tomorrow!

#technologicaladvancements should benefit at the end of the day. Useless #developments using #modern #technology is a waste of time, money and energy. Time and Energy are not recoverable and if #researchers can't understand that fact and stop wasting both, there's no development. This video is one such example of wasteful expenditure of #resources . I don't see any benefit being added by adding legs that slow down movement to an otherwise fast and agile snake.

Book in a live Orbisk Demo with Craig Pallister to find out how you can reduce your food waste and start making an impact today

Ardipithecus Ramidus & AI - Ardipithecus ramidus, a hominid species that lived around 4.4 million years ago, demonstrated remarkable adaptability in the face of climate change through its unique physical attributes. This species was adept at bipedality, allowing it to traverse open terrains efficiently, a crucial adaptation as forests receded and grasslands expanded. Simultaneously, Ardipithecus retained arboreal capabilities, evident in its limb structure, enabling it to exploit the resources of the diminishing forest habitats. This dual adaptation for both terrestrial and arboreal environments was key to its survival in a changing world. Drawing a parallel to modern times, humans are facing their own climate challenges. Just as Ardipithecus used its physical adaptability to navigate environmental changes, humans are leveraging advanced tools like artificial intelligence (AI) to adapt to and mitigate the impacts of climate change. AI aids in predicting climate patterns, optimizing resource use, and developing sustainable solutions, akin to how Ardipithecus utilized its bipedalism and arboreality. This technological adaptability mirrors the physical adaptability of Ardipithecus, underscoring a continuous theme in the evolution of species: the imperative to adapt for survival in the face of environmental change. Find more post like these in my AI & Policy blog here https://lnkd.in/gXaqQfHa ** Photo © Aditya Mohan. No reproductions. All Rights Reserved. #evolution #AI #Ramidus

🌱 Introducing Gaia ENGO: Pioneering the Future of Industrial Ecology 🚀 Today marks a milestone for sustainability and innovation. We’re thrilled to unveil #GaiaENGO – our endeavor to harmonize the prowess of theoretical physics, the precision of AI, and the efficiency of robotics to spearhead an ecological revolution in industry. 🔬 Harnessing the Scientific Method We’re targeting the crux of climate change, the Manabe-Hasselmann equation, with the goal to not only understand but to actively reshape the major industrial processes that impact our planet. Our vision extends beyond mere adaptation – we're here to facilitate a seismic shift towards sustainability. 🌐 G.a.i.a. - Geo Artificial Intelligent Applications Our mission is to induce, optimize, and recreate the Earth's biospheric dynamics. Gaia is an intelligent ecosystem, leveraging AI automation to refine complex systems, turning ambitious theory into tangible applications. 🤖 Smart Industrial Evolution We're not just dreaming of a smarter industry – we're building it. By fusing AI with robotics, we're crafting intelligent industrial apparatuses that redefine efficiency and intelligence. 🔄 Introducing Chelonia: A Revolutionary Digestive System for Waste Management Chelonia is not just a project; it's a promise of a cleaner future. It's where AI meets waste management, transforming refuse from industrial manufacturing, biofuel supply chains, smart homes, and even our oceans, into resources. 🎥 Dive into our vision with our 1-minute introductory video. Let's drive the change towards an ecologically balanced industry together. #Sustainability #AI #Robotics #ClimateAction #WasteToResource In bringing our vision to you, we've utilized high-quality video assets from Envato Elements, adhering to their usage policies. We're grateful for the creators whose content has enabled us to illustrate our mission compellingly.

ARTIFICIAL INTELLIGENCE AND THE ENVIRONMENT – HOW TECHNOLOGY CAN SAVE THE PLANET? Lately, both within the team and in discussions with our partners, we have been actively addressing one of the most pressing issues of our time: protecting our environment, but with the high-tech help of Artificial Intelligence. A question that is increasingly being asked is: how can technology help save our planet by helping to decrease pollution? In fact, the current positive impact of AI on the environment and sustainability is already incredible. That's why we've put together this brief overview of areas where AI can enhance the effectiveness of environmental action: 🔸 Climate change: advanced AI systems can predict extreme weather events more accurately, leading to more effective response strategies. In parallel, AI monitors companies' carbon emissions in real-time and suggests effective carbon reduction methods. AI can also recommend planting schedules, crop selection, and water optimization techniques for agriculture in response to changing weather patterns. 🔸 Climate modelling: understanding our planet's climate is a complex task. AI helps to simulate and predict climate patterns, giving an edge in planning and preparation. 🔸 Deforestation: using satellite imagery, AI predicts areas at risk from illegal loggers to ensure proactive intervention. Coupled with AI-powered drones, real-time monitoring of logging activities is possible. AI will also guide reforestation by pinpointing the exact regions needing ecosystem restoration. 🔸 Pollution: AI sensors scattered across cities provide real-time air quality reports, enabling targeted policy decisions. In waste management, AI-driven robots can effectively sort waste, reducing the amount of waste going to landfills, while in water protection, they can predict the location of potential contamination so authorities can take immediate preventive action. 🔸 AI-based energy optimization: AI predictive algorithms use real-time data analysis to ensure optimal energy use, drastically reducing waste. 🔸 Wildlife monitoring: cutting-edge AI models are being applied in the wild, helping to monitor endangered species and ensure the integrity of their habitats. Overall, by using AI, we are not only innovating but also paving the way for a sustainable future. And now, more than ever, every company must play its part in protecting our only home. At DevZone, we always strive to work with technologies that ensure a sustainable and healthy future, and we spread this awareness among our partners. András Biró - CEO | DevZone hireus@devzone.codes We don't have clients – we have partners #DevZone #Nodejs #React #TeamExtension #Outsourcing #SoftwareDevelopment #AI #ArtificilaIntelligence #Environment #Climate

🎤 Last week, Kayrros President and Co-founder Antoine Rostand sat down with Mike Butcher of TechCrunch at CogX Festival London, the world’s biggest festival of AI and transformational tech. They spoke how we at Kayrros are using AI and satellite imagery to give organisations around the world the critical insights they need to reduce greenhouse gases, protect people and ecosystems, and manage the energy transition. In explaining how methane is detected and measured, Antoine spoke of the emphasis on precision and quality in how we gather, analyse and distribute data, Watch their conversation here: https://lnkd.in/evA7fDhS #climate #AI #cogx2023

#ExplainableAI is a pivotal tool to complete the evolution from black box to transparency. Digital tools reinforced with transparent data (immutability) can help companies demonstrate the success of a methane emissions reduction program to key stakeholders.

To be watched as to demonstrate one more time that #innovation like #AI and satellite imagery combined with a purpose to fight #climatechange can lead to actionable solutions. Transparency allowing data driven focus effort, powers the #impactrevolution. Let’s get things done now ✅ As you’ll discover watching this video, we’re now able to pinpoint methane emitters and « allowing » them to stop it. Which is according to Antoine Rostand technically feasible now, financially positive, but first and foremost address 30% of the Paris agreement objective to limit global warming. I share Antoine’s frustration. Now that we know who, how much and where methane emitters are, what are we waiting to take action? Especially knowing that the solution is at hand today. What is in the way that we can’t collectively remove?