Latest Articles for Agriculture

A look into Fusarium graminearum and its impact on crop health.

Exploring AI's role in Africa's fight against climate change challenges.

A model improves predictions of soil's light reflection to aid environmental studies.

Learn about phylogenetic trees, their structure, and their significance in various fields.

Dinomaly offers a simplified solution for detecting anomalies across various classes of data.

Learn how circadian clocks regulate plant growth and health.

eProbe enhances targeted DNA studies for ancient organisms using environmental samples.

Research reveals diversity in NLR genes in cacao, key for disease resistance.

Using innovative methods to track and support bee populations.

A new dataset enhances global forest monitoring using data from multiple satellites.

Research uncovers complex effects of DNA methylation on plant growth and traits.

Exploring mechanisms that help organisms tolerate dry conditions.

Examining the role of AI in agriculture, autonomous systems, and healthcare.

CAASL helps researchers quickly identify causal relationships in various fields.

Soil microbes are vital for plant health and nutrient cycling.

This study develops efficient ways to model water movement in unsaturated soils.

This article discusses the vital role of queen bees in colony health.

Study reveals connections between plant roots and antibiotic resistance in soil bacteria.

This study presents a method to combine spectral images for improved machine learning applications.

Cambodia aims to expand its cashew production while addressing environmental impacts.

A look at the importance and methods of estimating water table depth.

Research reveals how the CASP14 gene affects sheep horn development.

Research highlights how moisture affects fertilizer flow and application.

Machine learning improves the speed and accuracy of identifying plant diseases.

New techniques improve speed and accuracy in studying light interactions with materials.

Honey bee genetic diversity is vital for ecosystems and agriculture amidst growing challenges.

New methods improve streamflow predictions for efficient water resource management.

Study of flowering times in Japanese morning glory reveals key genetic factors.

New techniques improve plant breeding efficiency and crop quality.

Plants defend against viruses like TCV through RNA decay mechanisms.

A study of legume genomes reveals insights into their evolution and nitrogen fixation.

This study presents an efficient method for simulating water flow and plant uptake.

MRRVD significantly affects watermelon fruit size and nutritional content.

DroneVis simplifies computer vision tasks for drones, enhancing usability and functionality.

Outbreak affects millions of birds; swift action is crucial.

Understanding the role of salicylic acid in plant growth and defense mechanisms.

Research highlights key genes in lupin seeds crucial for nutrition.

Investigating the role of the Evening Complex in plant temperature adaptation.

A new method improves plant classification through multimodal deep learning techniques.

Study predicts soil moisture behavior for improved agricultural water management.