Microneedle Graphene Sensors Track Real-Time Plant Stress Without Causing Tissue Damage
Engineers have developed a coin-sized wearable graphene microneedle sensor that tracks internal hydrogen peroxide surges to monitor plant stress in ...
Engineers have developed a coin-sized wearable graphene microneedle sensor that tracks internal hydrogen peroxide surges to monitor plant stress in ...
Agricultural researchers in China demonstrated an order-aware spectral neural network that screens soil selenium categories in wheat plots using proximal ...
Researchers paired hyperspectral imaging with a hybrid deep learning model to identify early ring rot stages and predict chlorophyll-related SPAD ...
A new LoRa ear-tag system uses a stacked machine learning model to estimate cattle core temperature from ear-surface readings with ...
Researchers have developed a feature fusion framework that improves plant leaf disease classification under blur and compression while revealing specific ...
A streamlined AlexNet deep learning model incorporating coordinate and hybrid channel-spatial attention achieved 99.62 percent accuracy in identifying tomato leaf ...
A comparative analysis indicates that artificial intelligence offers distinct pathways for food security in Nigeria and South Africa, shaped by ...
Researchers have developed and field-tested an autonomous solar-powered fruit fly trap combining methyl eugenol lures and high-voltage electrocution grids to ...
A new deep learning framework improves pig weight estimation by jointly modeling body weight and posture, achieving lower errors than ...
An interpretive structural modelling study reveals that nine socio-technical facilitators form an interdependent cluster driving stakeholder trust in agricultural blockchain ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine