Latest Articles for Agriculture

Study shows how OOD detection algorithms enhance insect classification in farming.

Research reveals rapid development of resistance in algae exposed to glyphosate.

Study reveals herbicide resistance impacts algae defenses against grazers and ecosystem dynamics.

Japanese encephalitis remains a serious concern, particularly for vulnerable groups in Taiwan.

Plants utilize MAMPs to recognize and combat bacterial threats.

Study reveals key insights into silk gene expression in Bombyx mori.

Research reveals how plants cope with low temperatures through histone modification.

Study reveals how tomato plants adapt to shade through hormonal interactions.

A new approach combines public and private Blockchains for IoT data management.

HLB poses serious challenges to citrus agriculture worldwide, affecting farmers and the economy.

A new tool streamlines the measurement of stomata, enhancing plant research.

A new model improves noise reduction in hyperspectral images for better analysis.

Wearable sensors track fruit picker efficiency, aiming to reduce waste.

A new method enhances understanding of plant gene responses to environmental changes.

Using technology to classify major crops through ground-based images.

Antibiotic resistance genes spread through bacteria and minerals in the environment.

Research sheds light on NATA genes and their role in plant growth under stress.

Researchers enhance gene delivery methods using plant viruses for improved crop traits.

Research shows potential of peach gene to boost soybean resilience against drought.

A big data pipeline improves cotton bloom detection for better farming decisions.

New methods enhance understanding of triploid organisms in agriculture and aquaculture.

New method improves extraction of bacterial interactions from scientific literature.

New methods enhance dry pea seed analysis using advanced imaging and machine learning.

6G technology will bring faster speeds and connect more devices across various sectors.

NFixDB provides a comprehensive view of nitrogen-fixing genes and organisms.

Analyzing the state of computer vision research across Africa and identifying key challenges.

This study examines how rising temperatures affect plant and pathogen interactions.

Research examines RAD51's function in DNA repair and its significance in plants.

Robotic arms with modular designs meet diverse needs across various industries.

Discover how nematodes and bacteria work together to control agricultural pests.

This article examines the effects of coffee tree leaf rust in Colombia.

Hyperspectral imaging and deep learning transform agricultural practices.

Study reveals impacts of CO2 on plant relationships and ecosystem health.

Actinobacteria are vital for soil health and antibiotic production.

How climate impacts the spread of agricultural pests and diseases.

Research reveals the role of LYR-IB proteins in fungal-plant interactions.

Farmers can now track cow behaviors accurately despite background noise.

A study on how climate hazards affect farmers' financial wellbeing.

Real-world testing is vital for data-driven weather models.

Using bacteriophages to combat Morganella morganii in Medfly control.