Study of 220Rn and its Progeny Circulation in a Test Room https://lnkd.in/dr9HsEgV - Read the Article here Government Science College, Bangalore #Inhalationdose #Progeny #Room #SSNTD #Thoron #environment #wastemanagement #environmentallaws #environmentalchemistry #environmentalmanagement #environment #Nature #fossilfuel #Biomass
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Appraisal of Characterization and Adsorption Isotherm in the Bioremediation of Cu and Zn Ions from Aqueous Solutions Exploiting Unmodified Corn and Coconut Husk Read it here: https://lnkd.in/dFqjMqgf Srinivas University #AdsorptionIsotherm #Biosorbents #Corn #Coconuthusk #Model #environment #wastemanagement #environmentallaws #environmentalchemistry #environmentalmanagement #environment #Nature #fossilfuel #Biomass
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Study of 220Rn and its Progeny Circulation in a Test Room Government Science College, Bangalore https://lnkd.in/dr9HsEgV #Inhalationdose #Progeny #Room #SSNTD #Thoron #Environmentalpollution #Environmentallaws #Environmentalchemistry #Environmentalmanagement #environment #Nature #fossilfuel #Biomass
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Oxygen is crucial for all life. Regulation of rivers for generating hydropower is known to affect dissolved oxygen levels in the aquatic ecosystems, potentially affecting diverse range of organisms. We are investigating the extent, frequency and intensity of oxygen levels in regulated northern rivers in a new project across vast number of sites, with an aim to predict the observed biodiversity patterns and restoration potential. Keep an eye for exciting results over next three years! #rivers #restoration #biodiversity #aquatic #hydropower #vattenkraft #NAP #life #svc #energi #hållbarenergi #biologiskmångfald #oxygen Swedish University of Agricultural Sciences (SLU) Umeå University Vattenfall University of Oulu Åsa Widén Jani Ahonen Patrik Andreasson Birgitta Malm Renöfält Roland Jansson Ritesh P. Interreg Aurora Luleå University of Technology
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https://lnkd.in/dADUAFj5 - Read the Article here The current study analyzes scour around bandalling structures, emphasizing the need for further research to address discrepancies in velocity distribution and optimize scour control. Aligarh Muslim University #ArtificialNeuralNetwork #Bandallikestructures #ComputationalFluidDynamics #GeneticAlgorithm #Rivertraining #Environment #Sustainability #wastemanagement #environmentallaws #environmentalchemistry #environmentalmanagement #environment #Nature #fossilfuel #Biomass
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Earth positivity is a topic that I deeply care about. It is thought that of the consequences of climate change and pollution is increased occurrence and frequency of harmful algal blooms (HABs). HABs are known to have devastating ecological and economical consequences. Unfortunately they have become almost routine seasonal events in many parts of the world, including the Great Lakes region in North America. We are trying to understand how mitigation strategies for HABs can be improved with the help of machine learning. Check out our new perspective on assimilating data from multiple sources to improve predictions about the onset and properties of these blooms. I am extremely glad and thankful for the opportunity to work on this perspective article with Babetta (Babs) Marrone, Anjana Talapatra, Raul Gonzalez and Ghanshyam Pilania! #climatechange #pollution #environmentalimpact #economicimpact #greatlakes #openaccess
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#LatestPaper 🌊Estimation of the Biogeochemical and Physical Properties of Lakes Based on #RemoteSensing and #ArtificialIntelligence Applications by Kaire Toming, Hui Liu, Tuuli Soomets, Evelyn Uuemaa, Tiina Nõges and Tiit Kutser https://lnkd.in/ejhzgXUu #Environment
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#OGSresearch Published in Marine Pollution Bulletin the new research "Effects of acidification on the biogeochemistry of unvegetated and seagrass marine sediments" investigating differences in organic matter features in sediments from unvegetated and seagrass (Posidonia oceanica) beds in a shallow hydrothermal area (Aeolian Archipelago, Mediterranean Sea), under natural (8.1–8.0) and acidified (7.8–7.9) conditions. Read the paper: https://lnkd.in/dHHFwgPt
Effects of acidification on the biogeochemistry of unvegetated and seagrass marine sediments
sciencedirect.com
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Since past few years, I am working on the Project RainDrop, where I am trying to unveil the changes in the #soil #microbiome that takes place after it #rains and how it could be used as an #alternative #fertilizer to reduce dependency on #nitrogen #fertilizers. Here is an exciting study done with #desert #microorganisms (https://lnkd.in/gm7QRqaR). The study reveals that desert soil #bacteria are highly adapted to survive the rapid #environmental #changes experienced with each #rainfall event. Desert soil bacteria endure long #drought periods in a state of #dormancy, but are reactivated in response to rainfall events, which are short and very rare. While #plants are seldom encountered in deserts, invisible #life thrives #belowground. Microorganisms located in the so-called #biocrust (the top millimeters to centimeter of the desert soil) enrich the soil with #carbon and nitrogen, and also help prevent soil #erosion and retain #water. The researchers uncovered a kind of "all-in" reactivation strategy in the biocrusts. The bacteria make the most of rainfall events—within this narrow window of activity, almost all microbial soil diversity (as well as individual cells) become active. When we simulate a rainfall event in the laboratory, it was observed that within the first 15 to 30 minutes, almost all taxonomic groups switched from a resting mode to an active mode. #savesoil #sustainable #agriculture #biodiversity #microbial #consortia #climate #nitiaayog Purushottam Agrawal Amit Kharkwal Dhananjay Edakhe Shashi Bhooshan Sharma Gordon Shaw Prof. M.S. Reddy Ministry of Agriculture & Farmers Welfare, Government of India Narendra Modi
Survival and rapid resuscitation permit limited productivity in desert microbial communities - Nature Communications
nature.com
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save soil natural hydration dry rainfall plants microbiome oxidation respiration dormant active
Since past few years, I am working on the Project RainDrop, where I am trying to unveil the changes in the #soil #microbiome that takes place after it #rains and how it could be used as an #alternative #fertilizer to reduce dependency on #nitrogen #fertilizers. Here is an exciting study done with #desert #microorganisms (https://lnkd.in/gm7QRqaR). The study reveals that desert soil #bacteria are highly adapted to survive the rapid #environmental #changes experienced with each #rainfall event. Desert soil bacteria endure long #drought periods in a state of #dormancy, but are reactivated in response to rainfall events, which are short and very rare. While #plants are seldom encountered in deserts, invisible #life thrives #belowground. Microorganisms located in the so-called #biocrust (the top millimeters to centimeter of the desert soil) enrich the soil with #carbon and nitrogen, and also help prevent soil #erosion and retain #water. The researchers uncovered a kind of "all-in" reactivation strategy in the biocrusts. The bacteria make the most of rainfall events—within this narrow window of activity, almost all microbial soil diversity (as well as individual cells) become active. When we simulate a rainfall event in the laboratory, it was observed that within the first 15 to 30 minutes, almost all taxonomic groups switched from a resting mode to an active mode. #savesoil #sustainable #agriculture #biodiversity #microbial #consortia #climate #nitiaayog Purushottam Agrawal Amit Kharkwal Dhananjay Edakhe Shashi Bhooshan Sharma Gordon Shaw Prof. M.S. Reddy Ministry of Agriculture & Farmers Welfare, Government of India Narendra Modi
Survival and rapid resuscitation permit limited productivity in desert microbial communities - Nature Communications
nature.com
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Principal Scientist 🇷🇺🌹🇮🇳🤝 Indo_Russian_Scientist🌾🌱🔬 Head_Nanobiotechnology | Keynote Speaker | Editor | Writer | H-Index: 49, In 2% World, Soil, Plant, Pollution, Nano, Biochar!
#soil_pollution How anthropogenic & technogenic activities are affecting various biospheres of the environment; especially soil health. Soil microbial communities are continuously damaging due huge input of chemical-based fertilizers. Restoration of soil biota is utmost important!! #Indo_russian_scientist 🇮🇳🤝🇷🇺💐💐🌹🙏 #Soil_health, #soil_microbial_community #pollution #newtechnology #biochar #nanomaterials All followers Association of Agricultural Scientists of Indian Origin
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