Have you nominated someone for the 2026 BioResources Early Career Investigator Award? Nominate an exceptional early-career colleague today! More info 👉buff.ly/JNmyLQ9 Accepting nominations till Nov. 15 #BioResJournal #EarlyCareer #ScienceAwards #MaterialsScience

Can smarter process integration make biorefineries more efficient? This #editorial explores strategies to streamline biomass conversion, cut investment costs, & advance sustainable chemical & energy production. 🔗buff.ly/jodIMFy #BioResJournal #Biorefinery #Biomass

Can olive oil waste help crops thrive?🌱 Olive pomace biochar–pectin gel retained 97.9% water-holding capacity & boosted early seedling growth. Explore the findings: buff.ly/VMW3qJg #BioResJournal #Biochar #SustainableAgriculture #SoilHealth

Textile #wastewater can harm plant growth—but bacterial biotreatment may offer a solution. A bacterial consortium removed ~86% COD & >80% TSS while reducing phytotoxicity in tomato seedlings. Explore the findings: buff.ly/QUa6obM #Bioremediation #BioResJournal

Lignin could offer a natural route to UV protection. Shiyu Fu reviews how isolation methods & lignin structure influence UV absorption, highlighting its potential in sunscreen formulations. 👉buff.ly/NSPnHVe #BioResJournal #Lignin #Sunscreen #Biomaterials #Cosmetics

Can low-friction creasing protect food packaging? Lev et al. explores PTFE creasing rules that improve grease resistance in coated paperboards. Read more: buff.ly/PYtlaB3 #BioResJournal #Packaging #Paperboard #SustainablePackaging

Frozen roots may look stronger than they really are. Freezing increased root tensile properties, potentially overestimating soil reinforcement capacity. Standardized testing matters. Read: buff.ly/tCTCzBD #SoilBioengineering #RootBiomechanics #SlopeStability #ForestSoils

Can kenaf help diversify particleboard feedstocks? Boards with 20–40% kenaf core met EN 312:2010 requirements for Type P2 particleboard, showing strong potential for commercialization. 🔗buff.ly/nhyLKcB #BioResJournal #Particleboard #Kenaf #WoodComposites #Biomaterials

Biochar can immobilize #heavymetals—but performance varies. This review links remediation mechanisms to #biochar design, soil biology, & AI-assisted decision tools for more reliable, site-specific strategies. Read more: buff.ly/YkcueOX #BioResJournal #SoilRemediation

Reclaimed Greek juniper wood shows promising similarities in bending & parallel compression vs. fresh wood—but small samples limit conclusions. @abdullahturer Read the full paper: buff.ly/BvJJX4t #WoodScience #TimberEngineering #BioResJournal

Green synthesis: Ag–Se nanoparticles from pomegranate peel showed antibacterial, antibiofilm, antioxidant & selective anticancer activity. buff.ly/PgIJMCu #Nanotechnology #GreenChemistry #Antimicrobial #BioResJournal

🌲How is #deeplearning transforming wood surface inspection? This review covers 2021–2025 advances in defect classification/detection/segmentation—plus datasets, metrics, challenges, & future directions. buff.ly/ZsbwyY8 #WoodIndustry #AI #ComputerVision #WoodScience

#Bioplastics help reduce plastic pollution? This review examines PLA, PHA, PBS, starch & cellulose-based bioplastics, their applications, production methods, degradation products, & ecological toxicity. buff.ly/HtXLILG #BioResJournal #SustainableMaterials #CircularEconomy

How do CO₂ laser settings affect wood surfaces? 🔬 Laser speed, power, and grain direction influenced roughness and color change in Scots pine and Eastern beech. buff.ly/WL4bT2E #WoodScience #LaserProcessing #WoodTechnology #BioResJournal @mkaramanoglu

How can #timber frames better withstand earthquakes? A numerical study shows that placing viscoelastic dampers at the bottom of the frame provides the greatest improvement in seismic performance. buff.ly/8vSKDy9 #SeismicDesign #WoodEngineering #StructuralEngineering

Green-synthesized AuNPs from L. camara leaf extract showed dose-dependent anticancer activity against KB oral cancer cells, inducing ROS & apoptosis + antibacterial activity against S. aureus & E. coli. buff.ly/syIspSF #BioResJournal #Nanotech #CancerResearch #GreenChem

How does 3D fiber connectivity build paper strength? This review by #BioResJournal Co-Editors et al. explores interdigitation in nanopaper & conventional sheets—& how #papermaking conditions shape it. 🔗buff.ly/uHoD3xn #PaperScience #Nanocellulose @NCStateCNR

🌱Bamboo-derived cellulose boosts PVDF membranes for dye removal from wastewater. ➡️6% cellulose #membrane delivered 317.95 L/m²h water flux & 51% dye rejection (10 min)—highlighting a sustainable path for industrial #wastewatertreatment. buff.ly/Xe1iEFN #BioResJournal

From biomass to wearable tech🌱 Carbonized renewable resources could enable flexible, eco-friendly strain #sensors. This review explores carbonization pathways, conductive networks, & sensing mechanisms. buff.ly/OESzd2h #WearableTech #Biomaterials #BioResJournal

Soy protein isolate + ZnO nanoparticles = powerful bioactivity. 🧬New BioResources research shows ZnO-SPI nanocomposites enhanced antibacterial effects and induced apoptosis in cancer cells. buff.ly/9TNFNZ1 #Nanotechnology #Antimicrobial #CancerResearch #BioResJournal