CropBioLife’s Post

🌳 Today we celebrate the #WorldMangroveDay! 🌳 Mangroves play an indispensable role in maintaining the health of our planet. Despite their importance, human activities have been responsible for 43% of mangrove losses from 2000 to 2020. These activities include aquaculture, farming, oil palm plantations, and more. Here's why mangroves are so crucial: 🔹 Prevent erosion: mangroves protect our coastlines by preventing erosion and stabilizing the shore with their complex root systems. 🔹 Natural carbon capture: they have an incredible capacity for carbon sequestration, averaging 394 tonnes of carbon per hectare in their living biomass and soil, making them powerful allies in combating climate change. 🔹 Biodiversity hotspots: home to hundreds of bird species, vertebrates, and invertebrates, mangroves are critical habitats that support rich biodiversity. 🔹 Socio-economic benefits: mangroves provide livelihood opportunities through fisheries, salt production, and other sustainable industries, supporting local communities. At Apolownia, we are strongly committed to restoring these ecosystems and reinforcing their natural resilience. On this World Mangrove Day, let’s unite in our efforts to protect and restore these vital ecosystems. Their preservation is not just an environmental necessity but a socio-economic imperative. 🌎 💚 #WorldMangroveDay #Sustainability #EcosystemRestoration #ClimateAction #Biodiversity #CoastalProtection #CarbonSequestration #SustainableDevelopment #Apolownia 📷 Tom Cawthon

How war destroys the fish population 🐟 Every month we publish a page of the ETG.UA corporate calendar dedicated to the problem of ecocide. In May, we pay attention to the state of the ichthyofauna, which is an important part of the ecosystem: more than 200 species of fish live in the aquatic ecosystem of our state. 🌊 According to the Ministry of Agrarian Policy and Food of Ukraine, due to the destruction of the Kakhovka HPP, losses to the fishing industry from the death of adults may reach 95 thousand tons. 💧 In addition, water from the artificial reservoir brought with it agricultural fertilizers and pesticides. All this destroys local biodiversity. 💥 Explosions in the water area and on the coast of reservoirs, as well as water pollution from damaged factories and equipment, also lead to the mass death of fish. "Draining and pollution of reservoirs, violation of the country's water balance – all these are the consequences of the war, causing the death of a huge number of fish. ETG.UA advocates for the preservation of Ukrainian nature and draws attention to urgent problems, the solution of which must be worked on today – that is why we raised the topic of the destruction of the fish population on the pages of our corporate calendar," – Vladimir Shvedky, CEO of ETG.UA. We care about preserving the natural wealth of our land! 🇺🇦

Algal Blooms worldwide Florida, USA https://lnkd.in/g3cMyvbN Environmental groups are asking the Biden administration to set water quality standards for algal bloom toxins in Florida, a mounting problem in Sunshine State waterways threatening human health and local businesses. As algal blooms in Florida become more frequent and severe, the state’s limits on nutrient pollution are not sufficient to protect the public from unsafe beaches and contaminated drinking water, the Center for Biological Diversity, Friends of the Everglades and other groups said in a petition to EPA. The groups are asking EPA to step in and force the state to take action. New York, USA https://lnkd.in/gTsZZhbp N.Y. State Website Aims to Find That Blooming Algae A new mobile-responsive web page from the New York state Department of Environmental Conservation lets the public more easily report harmful algal blooms. Features include an updated map and reporting system. California, USA https://lnkd.in/gytHFEzs Algal Blooms Transform California’s Clear Lake into a Green Canvas as Seen from Space California's Clear Lake, a natural gem and the largest freshwater lake in the state, has recently been in the spotlight for an environmental phenomenon that is as visually striking as it is concerning. Satellite images have captured a significant algal bloom that has turned the lake into a canvas of bright green swirls, visible even from space. This occurrence has brought the issue of harmful algal blooms (HABs) to the forefront of environmental concerns in the Golden State. Bengaluru, India. https://lnkd.in/gTsZZhbp Activists see red as green scum envelops Bengaluru lakes Hyderabad, India https://lnkd.in/gw3YCsiP Algae chokes Hyderabad’s Hussain Sagar Comprehensive action plan needed to clear thick layers of pollutants #AlgalBloom #eutrophication #nutrientpollution #cyanobacteria #bluegreenalgae

February was the hottest month on record, the 9th month in a row that global temperature records have been broken. Ocean temperatures were also off the charts last month, hitting 21.06 degrees — the highest average for any month on record. MarinElixirs' seaweed farming and innovative solutions never compromise our oceans. Algae production contributes to the ecological balance of our ocean, helping to reduce CO2 and aquatic ecosystems, contributing to the reduction of CO2 and ocean acidification. #oceanconservation #seaweed #aquaculture #blueeconomy #sustainable #givingback https://bit.ly/49Jwl5P

🔍 A recent study in the Limfjord, a large #Danish #estuary, highlights the extent of #microplastic contamination in this crucial transitional environment, with concentrations ranging from 273 to 4,288 particles per kilogram. ⚠️ The significant presence of microplastics in #sediments near point sources, particularly those smaller than 100 µm, highlights the need for strict pollution control measures. 💡 Given the socio-economic importance of estuaries that support aquaculture and #fisheries, microplastic assessments are essential as a first step to protect commercial species and human #health. Our Suggestion: 🚫 The most effective way to prevent microplastics from polluting estuaries is to stop them before they reach these sensitive #environments. 🌱 Once microplastics enter the #soil, separating them becomes even more challenging than in #water due to their persistence and complex interactions with the sediment. 🔧 Installing advanced separation devices, such as the SATOORNIK Gen I, at strategic points before water flows into estuarine systems, can be a game-changer. 🛡️ This device can capture and remove microplastics effectively, significantly reducing the load of contaminants entering the ecosystem. Link 1: https://lnkd.in/eQ2sJZea Link 2: https://lnkd.in/ewpwgp6K Link 3: https://lnkd.in/eDmEH3Bx

How does harvested reed contribute to a cleaner and healthier Baltic Sea? 🌊 🌾 Reed absorbs nitrogen and phosphorus which cause eutrophication in the Baltic Sea. 🌾 Eutrophication of the Baltic Sea contributes to algal blooms, oxygen depletion, and seabed death. 🌾 Algal blooms can negatively affect the Baltic Sea's ecosystem and human health. 🌾 Bacteria from the decomposition of algae use oxygen from the water, leading to oxygen depletion. This leads to dead zones and seabed death in the Baltic Sea. Therefore, harvesting reeds can improve the water quality and benefit the biodiversity in the sea – and the reed can instead be useful on land.🌟 💡 So - what can harvested reed be used for on land? Partners have come together to explore different value chains for reed from the Baltic Sea. Right now, a wide range of actors are testing different applications, such as animal feed, packaging material, and growing substrate for mushrooms. Cultivation trials are ongoing at Axfoundation's Torsåker Farm where reed is used both as mulch and soil improvement. Could it both contribute to a cleaner sea and also have a positive climate impact on land by reducing the need for peat? 🔍 Learn more about the harvested reed project here: https://bit.ly/45Kmg7m 🤝 Race For The Baltic Econova Sjöutsikt Sverige AB, LÖVSTA STUTERI, Raws, Kiteen Mato ja Multa Oy, #stockholmmushroomfarm #inspiretoact #acttoinspire #balticsea #harvestreed #waterquality

Clean-Water's 'Beneficial Microbial Solution' to fight eutrophication and reduce the amount of excess nutrients in water bodies. In our projects we find that an excessive buildup of nutrients or eutrophication is one of the biggest problems plaguing water bodies. Even water bodies that receive treated STP water face this issue. Eutrophication leads to harmful algal blooms and infestations of organisms such as water hyacinths, duckweed and azolla. These take away resources from the other organisms and cause massive damage to the ecosystem These microbial solutions consume the excess nutrients, curb the growth of algal blooms, water hyacinths and other undesirable infestations. They also reduce the amount of silt deposited at the bottom of water bodies without any need for manual extraction. We recommend using these with aeration to increase their efficiency. Together with floating wetlands/islands and floating aerators , these microbial solutions are a powerful and inexpensive tool in our catalogue of products for rejuvenating water bodies and restoring their ecosystems. #aerators #naturebasedsolutions #wetlands #waterbodyrestoration

|| Eutrophication: Excessive nutrients in water leading to algal blooms and oxygen depletion || Eutrophication is an environmental issue where water bodies become overly enriched with nutrients, mainly nitrogen and phosphorus, often due to agricultural runoff, wastewater discharge, and deforestation. This nutrient overload leads to harmful algal blooms (HABs), which deplete oxygen levels in the water, creating hypoxic "dead zones" where aquatic life cannot survive. The effects of eutrophication include loss of biodiversity, massive fish kills, and economic losses due to declines in fisheries, tourism, and increased water treatment costs. Solutions to eutrophication include better nutrient management in agriculture through precision farming and buffer zones, improved wastewater treatment to reduce nutrient discharge, and the restoration and conservation of wetlands to naturally filter nutrients. Addressing eutrophication requires coordinated efforts to reduce nutrient inputs and restore affected ecosystems, thereby protecting water quality and aquatic life globally. #anumeenacare #nonprofits #community #eutrophication #algae #nature #waterpollution #education #explore #awareness #unhealthywater #oxygendepletion #marineecosystems #aquaticecosystem

Decline of Insect Populations – Why We Should Be Worried Insects are the foundation of many ecosystems, and their populations are in alarming decline. According to a 2019 study, insect biomass is declining by about 2.5% per year. At this rate, 40% of the world's insect species could be extinct within the next few decades. This "Insect Apocalypse" is being driven by habitat loss, pesticide use, and climate change. The Impact of Insect Decline: Food Security: Insects like bees are crucial for pollination, and their decline threatens global crop production. Biodiversity Loss: Insects serve as a food source for many animals, so their disappearance could disrupt entire ecosystems. Soil Health: Insects also play a key role in decomposing organic matter, which is essential for fertile soils. This issue calls for immediate action to protect the species that our ecosystems and food systems depend on. #InsectDecline #Biodiversity #Conservation #ClimateChange #Sustainability

🌊 Tackling Eutrophication: A Growing Challenge for Water Quality 🌿 Eutrophication is an environmental issue that affects our freshwater and coastal ecosystems. This phenomenon occurs when water bodies are overloaded with nutrients—mainly nitrogen and phosphorus—from agricultural runoff, wastewater, and industrial processes. While these nutrients are essential for plant growth, excessive amounts can trigger a cascade of negative impacts: 🔹 Algal Blooms: Excess nutrients fuel the rapid growth of algae, blocking sunlight and disrupting aquatic ecosystems. 🔹 Oxygen Depletion: As algae die and decompose, oxygen levels in the water plummet, creating "dead zones" where most aquatic life cannot survive. 🔹 Biodiversity Loss: Entire ecosystems suffer, as fish and other species struggle in these low-oxygen environments. 🔹 Water Quality Degradation: Toxic algal blooms can contaminate drinking water and limit recreational use of lakes, rivers, and oceans. 💡 What Can We Do? Preventing eutrophication requires concerted efforts from multiple sectors. Solutions include reducing nutrient runoff through sustainable agricultural practices, improving wastewater treatment, and promoting better land-use planning. Together, we can protect our water resources and promote healthier ecosystems. 🌍 #EnvironmentalManagement #Sustainability #WaterQuality #Eutrophication #ClimateAction #SustainableDevelopment #CleanWater #Biodiversity