Castor Wetland Turns Rice Mill Effluent into Biodiesel and Compost
A pilot-scale castor plant wetland removed most pollutants from rice mill wastewater while yielding biodiesel feedstock and nutrient-rich compost.
Alan Morgan is a Scienmag editorial specialist profile for Precision Agriculture coverage.
A pilot-scale castor plant wetland removed most pollutants from rice mill wastewater while yielding biodiesel feedstock and nutrient-rich compost.
Tobacco stem biochar kills Ralstonia solanacearum through temperature-dependent reactive oxygen species while enriching beneficial rhizosphere bacteria.
A new review finds that the traditional Chinese fruit Yi Zhi Ren shows broad neuroprotective and metabolic activity in cell...
A new review in Discover Food surveys conventional and advanced processing methods, from leaching and thermal denaturation to cold plasma...
An integrated AIoT platform deployed in a Tunisian olive orchard combines real-time fuzzy-based water quality assessment with LSTM forecasting of...
Researchers combined waste cotton stalks and eggshells into a microwave-grafted, calcium-rich biochar that removes tetracycline from water with a maximum...
A lightweight deep learning system recognizes eating, standing, and lying in dairy cows and tracks each animal at 52.1 frames...
A PRISMA-based systematic literature review of 20 peer-reviewed articles identifies five drivers shaping collective action in small-scale registered and qualifying...
Chick satellite cells from breast and leg muscles show opposite patterns of proliferation and differentiation when cultured under identical conditions,...
A survey of 1,202 Queensland consumers found that those who process bananas into smoothies or powder and those concerned with...
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© 2025 Scienmag - Science Magazine