AVA Energy’s Post

Fugro knows that decades of human activity has led to a large decline in the environment, notably the diversity of habitats and living creatures themselves. 🌊 The company is therefore positing biodiversity net-positive policies. 🐚 As fossil fuels become replaced more and more frequently by sustainable and renewable energy, the rise of wind power provides opportunities for restoring and enhancing biodiversity around and between project sites, both on land and in the sea. In the full article, Fugro goes in depth about: 🔹 What does ‘biodiversity’ mean? 🔹 Why is biodiversity important? 🔹 What is threatening biodiversity? 🔹 What's the remedy? 🔹 How do offshore wind projects interact with nature? 🔹 What are the challenges involved? 🔹 The transformation has begun 🔹 Obstacles and Temptations 🔹 The Mitigation Hierarchy Find out more >> https://hubs.la/Q02wvJqR0 The company concludes that there are four crucial elements to making the most of the biodiversity opportunities put forward by the rise of wind power, including acting on science based targets, setting ambitious targets to support and restore biodiversity, and more. 👏 Read more on the Ocean Science & Technology website. #biodiversity #technology #subsea #wind #renewables

Embracing nature and progress harmoniously, Wyoming leaps towards a sustainable future with an innovative twist in wind energy. 🌬️🦅 The Teton Raptor Center, with its dedicated team, often sees the regal flight of owls and eagles curtailed by man-made structures. Yet, amidst the challenges, a ray of hope emerges. In the vast expanses of Wyoming, a simple yet promising experiment breathes new life into the quest for balance - one painted wind turbine blade at a time. Trials suggest that this could be the stroke of genius leading to a 70% reduction in bird collisions, offering a beacon of sustainability for our feathered friends. 🎨 #NatureMeetsInnovation Researchers, powered by collaboration, are painting a better tomorrow, while eagle-eyed canines assist in grounding their findings. 🐕🦺💡 There's a gust of excitement as they await conclusive evidence, which could ripple across the globe, changing the landscape of renewable energy and wildlife conservation. As we edge closer to a turning point, let's soar into a discussion. How do you envision the integration of wildlife preservation within renewable energy growth? Share your insights and let's harness the power of community for a brighter, greener world! 🌍✨ #RenewableEnergy #WildlifeConservation #Innovation

🌍 Aligning Renewable Energy (RE) growth with biodiversity conservation in the face of climate change! 🔎 A recent study proposes the use of advanced computer modelling to optimise the siting of RE projects, with the aim of promoting both biodiversity conservation and the adaptation of species to shifting ranges. 🌿 The authors further highlight potential positive connections between RE projects and species conservation. 🦊 For example, San Joaquin kit foxes have been reported to use solar facilities as habitat. ⬇ To find out more and access this insightful study, follow the link below. #RenewableEnergy #BiodiversityConservation #ClimateAction #SustainableFuture #UNEP #EnergyTransition

Holistic, long-term plans that take into account nature, local ecosystems and people. “There are so many other places we should be putting solar,” says Clarke, of the National Parks Conservation Association, from homes to warehouses to parking lots and industrial zones. He describes the current model of large-scale, centralised power generation, hundreds of miles from where the power is actually needed, as “a 20th-century business plan for a 21st-century problem”. “The conversion of intact wildlife habitat should be the absolute last resort, but it’s become our first resort – just because it’s the easy fix.” https://lnkd.in/euHWav9s

Spain's decisive action to cut bird electrocutions on power lines and fatalities from #WindTurbines is a crucial step forward. This move highlights the urgent need to balance technological progress with environmental responsibility. At Biodiv-Wind, we develop cutting-edge bird protection systems that actively detect and deter birds from turbine blades using video-detection and AI. Developping and implementing even further these solutions are essential to ensuring that renewable energy infrastructure coexists with our wildlife, promoting both biodiversity and sustainable energy production. Together, we can create a future where innovation and nature not only coexist but thrive. Let's connect, shall we?! #RenewableEnergy #BirdProtection #SustainableFuture #SafeWind

Marine biodiversity, the variety of life in our oceans, is a cornerstone of ecological resilience and adaptability. It ensures that marine ecosystems can withstand environmental changes and continue providing essential services, such as carbon sequestration and nutrient cycling. https://cogniz.at/3R3lUTd

🌊 Even in the vast expanse of the Netherlands’ largest nature reserve—the North Sea—space is scarce. If every sector claimed its desired share, we’d need three North Seas! We believe that working together is essential for the future of the energy transition. As such, we collaborate on research initiatives and share the knowledge we gain. Together with Stichting De Noordzee, Natuur & Milieu, Vogelbescherming Nederland and Wereld Natuur Fonds (WWF-NL) we looked into the co-use of wind farms. Co-use might seem like an efficient way to solve the North Sea’s lack of space. But co-use can only contribute to increasing the resilience of the North Sea when there is a focus on nature restoration and nature reinforcement. And that resilience is precisely what is needed to be able to withstand the accumulated consequences of an increasingly crowded sea, in which the roll-out of offshore wind farms plays a major role. To do so, co-use must meet a number of conditions. You can read more about these conditions in the position paper. Read the position paper here (Dutch only): https://lnkd.in/eGzU4RiS #NorthSea #Sustainability #WindEnergy

Corals may seem plant-like due to their stationary nature and their intricate, branching structures, but they are actually animals. Specifically, corals belong to the phylum Cnidaria, making them close relatives of jellyfish and sea anemones. Anatomy and Function: Polyps: Each coral is composed of tiny, individual animals called polyps. These polyps are sac-like structures with a central mouth surrounded by tentacles. The tentacles are equipped with specialized cells called cnidocytes, which contain stinging organelles (nematocysts) used for capturing prey and defense. Symbiosis: Corals have a symbiotic relationship with photosynthetic algae known as zooxanthellae, which live within their tissues. The algae provide the corals with nutrients through photosynthesis, while the corals offer the algae a protected environment and access to sunlight. Growth and Formation: Calcium Carbonate Skeletons: Corals build their structures by secreting calcium carbonate, forming hard skeletons that provide a foundation for reef development. These skeletons accumulate over time, creating vast reef systems that can span thousands of kilometers. Reef Ecosystems: Coral reefs are some of the most diverse ecosystems on the planet, supporting a wide variety of marine life. They provide essential habitat and protection for many species, contributing to the biodiversity and productivity of the oceans. Geological Significance: Fossil Record: Coral fossils offer valuable information about past marine environments and climatic conditions. By studying fossilized corals, geologists can reconstruct historical ocean temperatures, sea levels, and the biodiversity of ancient reef ecosystems. Carbonate Platforms: Coral reefs contribute to the formation of carbonate platforms, which are significant geological features. These platforms can become important hydrocarbon reservoirs, making coral reefs relevant to both paleoclimatology and the energy industry. Conservation and Challenges: Environmental Threats: Coral reefs are under threat from climate change, ocean acidification, pollution, and destructive fishing practices. Rising sea temperatures can cause coral bleaching, where corals expel their symbiotic algae, leading to decreased energy intake and potential mortality. Conservation Efforts: Protecting and preserving coral reefs is crucial for maintaining marine biodiversity and the ecological services they provide. Conservation efforts include establishing marine protected areas, promoting sustainable fishing practices, and reducing carbon emissions to mitigate climate change impacts. Corals are remarkable animals with a profound impact on marine ecosystems and geological processes. Understanding their biology and ecological roles helps us appreciate their importance and the need to protect these vital marine habitats. #datacode #geologicalprocesses #geologicalhistory #EarthScience #corals #animals #geologicalinsights #earth

Short answer: Yes. By incorporating fences or #wildlifecorridors, or by growing #nativeplants alongside panels to support #pollinators, solar arrays can allow people to make their #installations less harmful to—and even benefit—other species. 🦌🐺🐝🦅 With solar becoming the fastest-growing #energy source in the United States, it's important and completely possible for our industry to support both the customer and local wildlife. Let us know your thoughts in the comments. ✍️ #SundayReading #SolarReading #AuroraSolar #HelioScope https://nyti.ms/48z0xiA