What happens when aquatic plants die?
Not just decay.
Not just pollution.
They may actually HELP lock carbon in lakes.
New research reveals that plant decline triggers microbial processes that transform fresh organic matter into long-lasting carbon storage.
Read more:
doi.org/10.1007/s442...
Join our upcoming forum on engineered biochar for carbon capture & resource recovery
🔬 From CO₂ adsorption to energy applications
🏭 Bridging science and real-world industry
🎤 Featuring Prof. Wan Azlina
📅 April 24 | 14:00 (China/MY) | 07:00 (London)
🔗 Zoom ID: 615 672 5359 | Passcode: 123456
Turning agricultural waste into a high-performance water purifier
A new biochar-based Z-scheme photocatalyst (BC/TiO₂/g-C₃N₄) removes up to 98% of antibiotic pollutants in just 60 min, over 3× more efficient than conventional materials.
#WaterTreatment #Biochar
Read more:
doi.org/10.1007/s427...
In this study, 64 biochar-based materials were “ranked” using game theory to identify top performers for environmental applications.
The winner? A high-performance porous carbon with surface area over 1000 m²/g.
Waste → Advanced materials → Sustainable future
Read more:
doi.org/10.1007/s427...
A new review shows bone char can turn 95–126 million tonnes of animal waste into a powerful soil solution, improving fertility while capturing pollutants.
One material. Multiple environmental benefits.
#CircularEconomy #SoilHealth
Read more:
doi.org/10.1007/s427...
Shale gas is often called a “bridge fuel” for a low-carbon future.
This review reveals emerging contaminants (PFAS, microplastics, and antibiotic resistance genes) generated across drilling, fracturing, and wastewater stages.
#EnvironmentalScience
Read more:
www.maxapress.com/article/doi/...
A study turns sediment cores into a “time machine” to track toxic PAHs in Mongolia.
Surprise: Petroleum leaks now outweigh coal burning as the dominant source.
Economic growth, energy use, and traffic are all written into the mud.
#Pollution #PAHs #Climate
Read more:
doi.org/10.1007/s442...
New review highlights electrochemical strategies that can capture uranium directly from seawater using electricity and advanced materials.
From MOFs to MXenes, these systems don’t just remove pollution, they turn radioactive waste into reusable resources.
www.maxapress.com/article/doi/...
What if climate warming doesn’t make rice more toxic?
A heatwave-year experiment shows that higher soil temperatures did NOT increase arsenic or heavy metals in rice grains.
The real story is more complex: plant regulation matters as much as soil chemistry.
www.maxapress.com/article/doi/...
Recycled tires are everywhere. Playgrounds. Sports fields. Running tracks.
But what if they’re releasing toxic PAHs?
This study shows:
• Up to 108 mg/kg PAHs
• Smaller particles = higher toxicity
• Bioavailable contaminants that can leach into soil & water
www.maxapress.com/article/doi/...
Pollution in the Yangtze River isn’t coming from where you think.
A new study shows tributaries, not the main river, are the hidden hotspots of plastic-related chemicals.
Even worse, river sediments can “release” pollutants back into the water.
Read more:
www.maxapress.com/article/doi/...
China already designated 32% of its land as ecological redlines.
Now, converting just 12% of that into OECMs could help achieve the global 30×30 target, fast, low-cost, and scalable.
This isn’t expansion. It’s optimization.
#Biodiversity #Sustainability
Read more:
www.maxapress.com/article/doi/...
Adding just formic acid boosts PFOA defluorination from 27% to 89% in a UV/persulfate system.
The secret is not stronger oxidation—but a hidden reductive radical: CO₂•−.
A clever shift in chemistry could change PFAS treatment.
#PFAS #WaterTreatment
Read more:
www.maxapress.com/article/doi/...
New review shows how metal ions, organic matter, and microbes decide iron nanoparticles' fate: aggregate or transform, sink or swim.
Fe²⁺ acts like a catalyst match, organic coatings can be shields or glue, and bacteria build “nano-bridges”.
Read more:
www.maxapress.com/article/doi/...
Total heavy metals ≠ real risk.
This review shows why bioavailability is the key, and how tools like DGT, biosensors, and machine learning are redefining environmental risk assessment.
#SoilScience #ClimateTech #Sustainability
Read more:
www.maxapress.com/article/doi/...
Biochar might be capturing CO₂ in ways we misunderstood.
We thought micropores do the work.
But this study shows meso and macropores also actively trap CO₂.
Rough pore surfaces slow gas flow, increasing adsorption.
#CarbonCapture #Biochar #ClimateTech
Read more:
doi.org/10.1007/s427...
A new study turns biochar into a hydrophobic coating using solvent-free mechanochemistry. No harsh chemicals, just smart design.
Hemp fibers that repel water (126° contact angle) and absorb oil up to 14× their weight.
Sustainable materials, real-world impact.
Read more:
doi.org/10.1007/s427...
More trees ≠ more carbon storage 🌳
A 48-year study in India shows:
Tree plantation expansion barely changed total soil carbon (~2%)
Why?
Gains in some areas were canceled by losses elsewhere.
#SoilCarbon #ClimateScience #NatureBasedSolutions
Read more:
doi.org/10.1007/s442...
Hydrochar boosts plant-available phosphorus.
Microplastics also increase it… but by reshaping microbial networks.
This study reveals how soil DOM and microbes quietly control P cycling.
#SoilScience #Biochar #Microplastics #Agriculture #CarbonResearch
Read more:
doi.org/10.1007/s442...
It’s NOT domestication.
It’s GENOTYPE.
A new study shows rice genotype identity shapes microbiomes more than wild vs cultivated status.
Even more: modern rice microbiomes are more sensitive to nitrogen inputs.
This could redefine crop breeding.
Read more:
www.maxapress.com/article/doi/...
Ammonia: friend or enemy?
In anaerobic digestion, the same nitrogen that fuels microbes can also crash the entire system.
At high levels, it disrupts energy balance, inhibits methanogens, and can slash methane yields by up to 50% or more.
Read more:
www.maxapress.com/article/doi/...
Researchers found that hydrothermal carbonization wastewater (HAP):
• Still removes up to 55% COD
• Supports nutrient cycling
BUT
• Simplifies microbial “networks”
• Reduces ecosystem multifunctionality
The system still works, but becomes weaker.
Read more:
www.maxapress.com/article/doi/...
A new study shows Co–Fe engineered biochar acts like an “electron highway”, boosting biohydrogen production by over 100%.
⚡ Faster electron transfer
🧫 Altered microbial metabolism
🌱 From agricultural waste → clean energy
Biochar + dual metals = smarter microbes.
Read more:
doi.org/10.1007/s427...
What if one material could clean toxic metals AND boost crop yields?
A phosphorus-modified biochar made from herbal waste removes Pb/Cd, cuts bioavailability by up to 93%, and increases plant yield by 61%.
#Biochar #SoilHealth #CircularEconomy #EnvironmentalScience
Read more:
doi.org/10.1007/s427...
Micro–nano bone char doesn’t just “adsorb” arsenic, it rewires the rhizosphere.
↓ As(V) reduction genes (arsC, arsR)
↑ As methylation gene (arsM)
Result: enhanced soil fertility AND reduced As stress.
#SoilMicrobiome #Biochar #EnvironmentalScience
Read more:
doi.org/10.1007/s442...
Biochar is no longer just a passive adsorbent.
With molecular imprinting, it becomes a selective, programmable material for sensing, extraction, and pollutant degradation.
#EnvironmentalScience #Nanotechnology #CleanWater
Read more:
www.maxapress.com/article/doi/...
From seaweed to clean water 🌊
A metal-free porous carbon catalyst derived from κ-carrageenan removes 97% of antibiotics in just 90 min.
Even better: it works via a non-radical pathway, making it more stable in real water systems.
#WaterTreatment
Read more:
www.maxapress.com/article/doi/...
This study shows methane can be converted into microbial protein with:
🌱 88% less ecosystem damage than soy
❤️ 41% lower health impacts than fish meal
💰 51% ROI
The future of protein might not come from farms or oceans. It might come from microbes.
Read more:
doi.org/10.1007/s442...
When cyanobacteria die, they can release far MORE greenhouse gases than aquatic plants.
🌱 Methane up to 1.89× higher
🌊 Nutrients up to 7× higher
Restoring submerged plants could help cut emissions from lakes.
#ClimateChange #WaterQuality #Methane #Eutrophication
Read more:
doi.org/10.1007/s442...
Biochar doesn’t age quietly. It transforms.
At 350°C → aging boosts conductivity by >1000×
At 750°C → aging destroys conductive networks
And it flips biochar from electron donor to electron acceptor
#SoilScience #CarbonCycle #EnvironmentalScience
Read more:
doi.org/10.1007/s427...