Liquid Trees

🛑 Ocean Iron & Plankton Restoration faces regulatory hurdles under international frameworks like the London Protocol and CBD, targeting large-scale projects. Despite these restrictions, small-scale scientific experiments remain allowed, yet perceptions and negative past associations are delaying proper adoption, posing broader challenges for accepting this emerging carbon sequestration method to a meaningful scale.

Let's understand better how the ocean could play a role in addressing climate change. 🌊 Ocean Iron & Plankton Restoration may enhance carbon sequestration in the Southern Ocean while supporting marine ecosystems like krill and whales. By understanding the science and addressing common misconceptions, we can explore OIF as a sustainable, cost-effective tool for climate action and ocean health. 🌱

Ocean Iron Fertilization is often misunderstood but offers a promising approach to supporting marine ecosystems and slowing down climate change. Done strategically, OIF can enhance the carbon cycle and foster marine life without triggering harmful algal blooms. Dispelling myths and understanding the science behind OIF can help unlock its potential as a sustainable tool for ocean health and climate action. Let’s explore how informed strategies can contribute to a healthier planet. 🌍

More is Not Always Better! ⚠️ Excess nutrients in the ocean might seem harmless, but they can disrupt marine ecosystems, lower fish populations, and even contribute to climate change. In the episode below, we explore how managing these nutrients can support healthier oceans and how the nutrient cycles in the Southern Ocean shape life beneath the waves. Discover why balance plays a role in sustainability and climate action. 🌍💙

⚠️ OIF in the Southern Ocean does not risk the creation of Toxic Algae Blooms! Some people are fearful of harmful algae blooms growing with ocean iron fertilization, but that’s mostly a myth propagated by scare stories originating from a peculiar incident in the past. Find out what Expert Marine Researcher, Victor Smetacek, has to say about this in today’s episode of Liquid Trees Pod, where we debunk widespread misconceptions about toxic algae and domoic acid in relation to ocean iron and plankton restoration.

🏜️ We Are Protecting a Deserted Ocean! Ocean Iron & Plankton Restoration could play a pivotal role in reviving the diatom-krill-whale cycle disrupted by whaling. By mimicking natural iron cycles once maintained by whales, OIF fosters phytoplankton growth, supports krill populations, and aids carbon sequestration. In this episode, we emphasize the urgent need for action to restore these ecosystems, which were among the planet’s most productive, while exploring the potential for ecosystem restoration through innovative approaches. We have wronged the oceans for decades, and we now need to give back what we took, so tune in to find out how! 🎙️

Unveiling the Role of Diatoms in the Southern Ocean 🌊 Thick-shelled diatoms play a surprising role in silica use, carbon absorption, and ocean ecosystems. Insights from iron fertilization studies like LOHAFEX reveal how phytoplankton communities adapt to changing conditions, offering valuable lessons for understanding climate processes. Explore with us the intricate connections between microscopic marine life and the global carbon cycle in this new episode of Liquid Trees Pod!

🌊We’re back with a deep dive into the fascinating connection between phytoplankton and climate change! ⚡Tensions arise during one OIF experiment, as an intriguing phenomenon occurs! Discover the findings from the EisenEx and EIFEX experiments, meet the hungry copepods (tiny, cute crustaceans), and learn how diatoms (tiny, cute algae) cleverly shield themselves from their hungry predators. And this is only a tiny bit of all the fascinating information from our latest Liquid Trees Pod episode, so don’t let your curiosity wait for too long! 🎙️ #OIF #OceanIronFertilization #ClimateChange #GlobalWarming #Diatoms #Microalgae

World's largest & India's First Urban Photobioreactor "Liquid Tree" DS Group & Liquid Trees proudly present India’s First Outdoor Liquid Tree at the DS Group HQ, Noida! 1600 Liter Capacity system housing live microalgae capable of absorbing CO2, produce oxygen and produce biofertilizer. With every step, we strive to address pressing environmental challenges that impact the quality of life for all. Let’s come together to fight pollution and work towards improving lives, one innovative step at a time. #DSgroup #Pollution #AirQuality #NatureBasedSolutions #Microalgae #Delhi #DelhiNCR

🙌🏻 We are thrilled to announce our new podcast, where we aim to shed light on the undervalued topic of Ocean Iron & Plankton Restoration! Our guest – Expert Marine Researcher – Prof. Victor Smetacek has prepared an insightful introduction to the origins, scope, and importance of restoring the phytoplankton in the open ocean. 🌊 Phytoplankton production in nutrient-rich areas of the open ocean (High-Nutrient Low-Chlorophyll regions) is limited by iron availability, despite abundant nutrients. John Martin's iron hypothesis proposed that adding iron could trigger plankton blooms, enhancing productivity. Initial experiments confirmed this, showing that iron fertilization drives growth, impacting carbon cycles and ocean ecosystems. 🐳 Whaling and overfishing caused increased scarcity of this essential nutrient in HNLC regions. Keep an eye out for future episodes to better understand why we need to save the whales to slow down global warming. Full video: https://lnkd.in/djrnmWKe