🌿 New open-access study: indoor plants release negative air ions (NAIs) that help clean indoor air.
🪴 45 species tested
🌡️ Temp & humidity key factors
🔥 High temps cause a “rapid NAI surge”
Read more https://t.co/1SxSofE2P2
#phytoremediation#NBS#GreenCities#IndoorAir
Our team has developed a hempcrete binder up to 4x stronger than lime — using geopolymer tech with drastically reduced carbon emissions
Read more via @hemp_build
🔗 https://t.co/UjS01SO1rB
https://t.co/aByAgVddvt
#hempcrete#greenbuilding#decarbonise
Our latest study on spent coffee grounds (SCGs) as a sustainable soil amendment!
Key insights:
Raw SCGs ≥ 35% is toxic.
Composting SCGs for at least 6 months reduces phytotoxicity & boosts growth.
https://t.co/5w4ssSKpzZ
#CircularEconomy#Sustainability#SoilHealth#Composting
New paper: https://t.co/Qd9EGmmRmx
🌿 Green walls remove the most toxic VOCs in gasoline vapor
🌱 Phyllosphere bacteria show increased metabolic activity, boosting the green wall’s VOC removal power
#GreenInfrastructure#AirQuality@plants_uts
Our Building Better Biodiversity on Solar Farms Guide is here! The Guide illustrates how, with early planning, nature restoration & regenerative farming practices can achieve a net gain in biodiversity, without compromising solar generation capacity 🌞⚡️
https://t.co/0GdSwmKNCt
Had an amazing catch up today with @LabHydroculture and Luowen Lyu chatting all about microbial contributions to phytoremediation in green wall systems - very excited to see this research progress! @UTSResearch@sotonbiosci
Very often, 🏙️ cities become heat islands
Green cities are not only cooler, they also benefit our physical & mental health.
Learn more about making Europe greener at our Rooting for #3BillionTrees Conference on 20 March in 🇧🇪 Brussels 👉 https://t.co/iB6RLnCaNq
#ForOurPlanet