New from SeedLabs: “Extreme” Microbes for Novel Solutions to the Climate Crisis CO₂ is warming the planet at record levels.¹ The need for innovative solutions has never been more urgent. That’s where microbes come in. At Seed, we firmly believe that microbes hold the key to addressing some of our planet’s most pressing issues. Our environmental R+D program, SeedLabs, was founded to realize this potential. Since its inception, we’ve asked big questions to uncover what Earth’s tiniest organisms can do: Can they save honey bees? Can they restore coral reefs? Can they enrich soil? Can they upcycle plastic? In Space? Now, we pose our next big question: Can we leverage microbes to capture CO₂ and transform it into something useful? Today, we’re thrilled to share a new initiative with The Two Frontiers Project—a global team of scientists dedicated to studying life in extreme environments—to discover microorganisms that thrive in extreme, CO₂-rich environments and use their unique biochemistry to enhance carbon sequestration and transform CO₂ into sustainable products. These efforts will be led by the brilliant Dr. Braden Tierney, co-founder and Executive Director of 2FP. Our world of the microbiome offers a profound opportunity to evolve how sustainability is defined and realized, expanding beyond traditional metrics like packaging and certifications. We’re inspired to accelerate this work with 2FP, bringing us one step closer to realizing the potential of microbes for a more sustainable future. Learn more: https://lnkd.in/ed3kuuma • ¹ In less than 200 years, atmospheric CO2 has increased 50% due to human activities, and CO2 levels today are higher than at any point in human history.
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🌍 **Happy World Earth Day 2024 from Vizen Life Sciences!** 🌍 Today, we celebrate our planet and reaffirm our commitment to protecting it. This year's theme, "Planet vs Plastics," reminds us of the urgent need to address the global plastic pollution crisis. 🌿 **Interesting Facts about Planet Earth:** 1. **Biodiversity Hotspot:** Earth is home to an estimated 8.7 million species, including plants, animals, fungi, and microorganisms, making it a biodiversity hotspot. 2. **Life-Sustaining Atmosphere:** The Earth's atmosphere is composed of 78% nitrogen, 21% oxygen, and trace amounts of other gases, creating the perfect conditions for life to thrive. 3. **Blue Planet:** About 71% of the Earth's surface is covered in water, with approximately 97% of that water being in the form of saltwater in oceans and seas. 4. **Dynamic Geology:** Earth's geology is constantly changing, with tectonic plates shifting and colliding, leading to the formation of mountains, earthquakes, and volcanic activity. 5. **Unique Moon Relationship:** Earth is the only known planet to have a single moon, which plays a crucial role in stabilizing its rotation and influencing tides. Let's come together to protect our planet, reduce plastic waste, and promote sustainable practices. Together, we can make a difference for a cleaner, healthier Earth! #WorldEarthDay #PlanetVsPlastics #VizenLifeSciences #Pharmacovigilance #RegulatoryAffairs #QPPV
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🌍 Happy Earth Day! 🌿 Let's celebrate our beautiful planet and commit to protecting it for future generations. Every small action makes a difference. 🌊 The ocean, its undulating waves a mesmerizing rhythm, harbours secrets and wonders beyond imagination. Below the ocean's surface lies a thriving ecosystem, overflowing with life in every corner. Every inhabitant contributes to the complicated tapestry of oceanic biodiversity. 🌊 But the ocean is more than just a source of wonder and beauty; it is also a crucial regulator of our planet's climate. Ocean currents circulate heat around the globe, shaping weather patterns and influencing climate systems. The ocean absorbs vast amounts of carbon dioxide, helping to mitigate the effects of climate change. Yet, despite its importance, the ocean faces numerous threats. Plastic waste & pollution, in particular, poses a grave danger to marine animals, with millions of tons ending up in the ocean each year. On this 🌱 Earth Day, Dawn scientific insist its customers and followers, let's pledge to protect our planet and all the life it sustains by using best formula of 3R’s that is Reduce, Reuse, & Recycle. 🌎💚 #DawnScientific #Earthday #LabEquipment #ScientificPartner #ISO9001 #science #womeninscience #womanowned #shopsmall #biotech #cellculture #laboratory #biology #wbenc #womeninbusiness #chemistry #research #usa #Newjersey #Newyork #analytical #microbiology #Testing #production #synthesis #Innovation #QualityAssurance #ProtectOurPlanet
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Clearing the air: Embrace the future with modern gasification technology! Dear sustainability trailblazers, scientists, and visionary investors, In pursuing progress, we've inadvertently left behind a haunting legacy of pollutants – the Persistent Organic Pollutants (POPs). But fear not, for a beacon of hope emerges in this age of innovation. 🔍 What are POPs? Persistent Organic Pollutants, resistant to degradation, threaten both human health and global ecosystems. They infiltrate our food chain, traverse regions, and demand our attention. POPs wreak havoc on human health – from reproductive disorders to immune system suppression. Ecosystems suffer disruptions, endangering wildlife and causing long-term environmental degradation. ⚡Advanced gasification processes are revolutionizing our battle against POPs. This cutting-edge technology offers sustainability and efficiency, setting a new standard in waste management. Want to know more? iiro.jussila@capitalsix.fi #wastetoenergy #gasification #technology #innovation #finland
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Nature-Inspired Innovation Leader | Globally Recognised for Bridging Biology & Engineering | Sustainable Solutions in Manufacturing, AgriFood & Built Environment | As Featured in Wired and on the BBC.
In the intricate dance of life, nature's cycling system is a marvel of efficiency, yet it's not without its complexities and limitations. We like to compare humans to nature, but that's like comparing a carrot to a rainforest. At the organism level, there is vast amounts of waste, both in energy and material. As we move towards larger systems beyond singular species, we can see that waste, specifically materials is dealt with differently. The energy on the other hand flows and doesn't cycle. While it's true that ecosystems are adept at reusing and repurposing organic material, the process is far from instantaneous. Decomposers, from fungi to bacteria, play a pivotal role in breaking down dead matter and returning vital nutrients to the soil for new life to flourish. However, this cycle can span from rapid decomposition to geological timescales of millions of years. It's important to note that not all organic materials are equal in the eyes of nature's recyclers. Some substances resist the breakdown process, specifically when the biogeochemical cycles are not tending towards homeostasis, challenging the notion that nature wastes nothing. The reality is that the recycling of waste in nature is influenced by a myriad of factors including: - climate - geography - organisms Human activities, such as the production of non-biodegradable materials, can disrupt these natural processes, leading to accumulation rather than recycling. We can marvel at living systems' ability to recycle, let's also recognise the complexities and strive to align our practices with these systems, reducing our impact and supporting the health of our planet. Read more: https://bit.ly/3HBmSB5. To consider how you take the next steps in analogies and metaphors from living systems you must understand the intricacies and complexity involved. 🌱 💩 🐜 Vivika Martini | Lucas Gater | Biomimicry Innovation Lab #NatureRecycles #Ecosystems #Sustainability #Biomimicry #NatureInspiredInnovation #CircularEconomy
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In the intricate dance of life, nature's cycling system is a marvel of efficiency, yet it's not without its complexities and limitations. We like to compare humans to nature, but that's like comparing a carrot to a rainforest. At the organism level, there is vast amounts of waste, both in energy and material. As we move towards larger systems beyond singular species, we can see that waste, specifically materials is dealt with differently. The energy on the other hand flows and doesn't cycle. While it's true that ecosystems are adept at reusing and repurposing organic material, the process is far from instantaneous. Decomposers, from fungi to bacteria, play a pivotal role in breaking down dead matter and returning vital nutrients to the soil for new life to flourish. However, this cycle can span from rapid decomposition to geological timescales of millions of years. It's important to note that not all organic materials are equal in the eyes of nature's recyclers. Some substances resist the breakdown process, specifically when the biogeochemical cycles are not tending towards homeostasis, challenging the notion that nature wastes nothing. The reality is that the recycling of waste in nature is influenced by a myriad of factors including: - climate - geography - organisms Human activities, such as the production of non-biodegradable materials, can disrupt these natural processes, leading to accumulation rather than recycling. We can marvel at living systems' ability to recycle, let's also recognise the complexities and strive to align our practices with these systems, reducing our impact and supporting the health of our planet. Read more: https://bit.ly/3HBmSB5. To consider how you take the next steps in analogies and metaphors from living systems you must understand the intricacies and complexity involved. 🌱 💩 🐜 Vivika Martini | Lucas Gater | Biomimicry Innovation Lab #NatureRecycles #Ecosystems #Sustainability #Biomimicry #NatureInspiredInnovation #CircularEconomy
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International Relations and Sustainability Lecturer | Policy Advocacy | Stakeholder Engagement | Social Research
Happy Earth Day from Asia Pacific University of Technology and Innovation (APU / APIIT)! 🌍 As we reflect on our impact on the planet, it's crucial to understand that the issue of plastics is a systemic problem created by a combination of waste management, resource depletion, economic factors, and societal norms. This year's theme of “Planet vs. Plastics” underscores the urgency of addressing this issue. In a recent presentation at the 2024 Planetary Health Summit and 6th Annual Meeting of the Planetary Health Alliance at Sunway University, I discussed how we can approach this complex problem. I explained that we need to shift our perspective from viewing plastics as a convenient solution to recognizing them as a symptom of larger environmental and social challenges. By considering the entire life cycle of plastics, from production to disposal, we can begin to develop more sustainable solutions. If you're interested in learning more, you can access the slides from my presentation below. Let's use today as a reminder of our responsibility to protect and preserve our planet for future generations. Together, we can make a difference. #EarthDay #PlanetvsPlastics #Sustainability #Environment #PlasticPollution
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Senior Research Associate | The Ohio State University | Developing Sustainable, Plant-Based Solutions with Chemistry & Creativity | Waste is Wisdom | Science Communicator | Connect to collaborate on a Sustainable future!
The Power of Equilibrium: A Chemist's Path to Sustainability As a chemist, I've long been captivated by the concept of equilibrium. This dynamic balance, where opposing forces create stability, lies at the heart of life itself. Understanding this principle transformed my perspective on resource use and design, ultimately leading me to embrace sustainability. Sustainability isn't just a trendy tagline; it's the cornerstone of our existence on Earth. It's not a question of "if," but a vital necessity for both humanity and the planet. Consider the controversial debate surrounding geoengineering solutions like spraying sulfuric acid to address climate change. While it might theoretically achieve its goal, the potential consequences are staggering. Imagine a perpetually white sky, disrupting ecosystems and altering our relationship with the sun. This example perfectly illustrates the interconnectedness of our actions and the delicate balance we navigate on Earth. Every choice we make, from simply cooling our homes with air conditioning, sends ripples throughout the system, impacting the global climate and everything within it. This interconnectedness is precisely why pursuing sustainability isn't just an individual effort; it's a collective responsibility. By understanding the power of equilibrium and embracing sustainable practices, we can ensure a vibrant and thriving future for ourselves and generations to come.life horrible tomorrow. To ensure a healthy planet for ourselves and future generations, we must adopt a sustainable approach in all aspects of our lives. This necessitates conscious resource management, responsible design, and a deep understanding of how our choices impact the broader ecosystem. Remember, we are not separate from nature; we are part of it. By embracing sustainability, we can achieve a harmonious equilibrium, ensuring a vibrant future for us all. #sustainability #wasteiswisdom #thinksustainable
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What if we changed Take, Make, Waste? In September this year, a team of international scientists mapped the nine planetary boundaries for the first time - six out of nine are being transgressed. Looking at the world's used and unused extraction of resources and their side effects, the planet is becoming less habitable over time which needs a rethink, a different approach, and different solutions from our side. Through my own experiences in Africa (where I have seen the consequences of geopolitical impacts and the #climatecrisis) and research from different angles, I am convinced that we urgently need to get back to basics. What could that look like? With #indigenouspeoples and their TEK (Traditional Ecological Knowledge), we have a rich toolkit that, in combination with advanced technologies such as #AI, can help develop #innovative methods and solutions to mitigate the climate crisis and its effects. The result is a regenerative path forward that incorporates economic and #businessmodels, business practices, policy decisions, community engagement, education, and outreach. Understanding natural growth cycles could be a first step: 1. Interdependence: Everything in nature is connected. There's a symbiotic relationship between all organisms and their environment, maintaining a delicate balance. 2. Regeneration: Natural systems self-renew. Plants grow back after they're eaten, animals reproduce, waste decomposes to provide nutrients for new life. 3. Adaptation: Nature is constantly adapting to changes, with species and ecosystems evolving over time in response to environmental shifts. 4. Limits: Natural systems recognize limits. Population growth is checked by available resources, ensuring long-term sustainability. You can learn more in the deck below. Are you familiar with the concept of natural growth cycles? How could we incorporate it in different fields and industries? Aryan Aghili, Hannah Pennington, Bruno Grippay, Christian Metten, Lina Constanza Villa, Edson krenak, Timothée Parrique Ps. This deck is the first in a series I will be posting regularly. Stay tuned.
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WHAT IS CARBON FOOTPRINT?🍀👣 “Earth provides enough to satisfy everyman's needs, but not everyman's greed” -Mahatma Gandhi- Currently, the Earth is experiencing a climatic crisis. The major reason for this is the emission of greenhouse gases in a higher level, due to human activities. Carbon footprint is a method used to track down the emission of greenhouse gases. It helps the people understand that they are leaving their footprint on Earth upon their mindless actions. By definition, Carbon Footprint is the total greenhouse gas emission caused directly or indirectly by an individual, organization, event, or product. When calculating Carbon footprint, aspects such as food, household emission, and personal transportation are considered. Socio-economical status of the considered authority, and the country of residence can also influence the calculation. Carbon footprint is measured in tonnes of emission and then converted into carbon dioxide equivalent. Higher value for carbon footprint indicates that the emission of greenhouse gases is greater. Thus, it means that the relevant authority is contributing more negatively towards the environment, i.e. pollution and global warming. It can affect the ecosystem and wildlife in an adverse manner. The value can be reduced by taking personal action to conserve energy, following proper diet patterns, and by using sustainable transportation. Initiatives of government by forming policies to conserve energy and to develop renewable energy sources also can help reducing carbon footprint. Reduced carbon footprint mitigates climatic change. It improves air and water quality, and also aids in saving energy and money. In conclusion, reduction of carbon footprint is beneficial. Therefore, every individual who lives on this Earth should take action reduce carbon footprint. It’s also our responsibility to promote sustainability and environmental responsibility. “Reduce your carbon footprint; Be as gentle as you can with Mother Earth” -Philip Arnold- Description by: Branavi Yogeshwaran | Faculty of Science Post designed by: Prabhavi Pathiranage | Faculty of Arts #ZeroPlastic #UniversityofPeradeniya #ZeroPlasticMovement #Saynoplastic #EditorialTeam Like | Comment | Share
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Creative Animator of performance and change. Lean6Sigma Black Belt. Associate consultant with Optim Ressources, Associate at Team for the Planet, Animator of the multiple Climate Fresks, 2TonsWorkshop.
This is good news : "We find that all planetary boundaries considered can be respected for 8.0 and 10.4 billion people with a probability of 81% and 73% respectively." So stop blaming population growth... But it requires some changes in our habits and systems : "However, this requires a fossil-free energy system, and an essentially vegan diet as well as no additional cropland conversion. To actually create and enlarge a safe and just operating space, carbon dioxide emissions, #biodiversity, Phosphorus and Nitrogen emissions would need to be further reduced, mainly by improved #agricultural practices and material #circularity." Want to know more? https://lnkd.in/ebzeEiD2
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Director of Comms at Seed Health
3moSo amazing - love this feature Braden Tierney!!!