Latest Articles for Agriculture

Researchers use plants to produce proteins quickly and cost-effectively.

A method to streamline literature reviews using Natural Language Processing and network visualization.

Robots enhance tomato farming by using active vision for efficient harvesting.

This article examines the interactions of species affected by allelopathy through modeling.

Combining techniques to predict crop yields for better agricultural decision-making.

New research reveals how patch size affects microbial growth and diversity.

This article discusses new methods for classifying time series data with ordered labels.

SwinRDM offers high-resolution weather predictions using machine learning techniques.

Study reveals how S. indica and B. subtilis cooperate in nitrogen sharing.

Exploring new methods to enhance hyperspectral image classification.

A look at modern breeding methods and the importance of genetic diversity.

AgriBERT uses NLP to improve food analysis in agriculture.

Exploring how microbes impact soil health and carbon storage through land use practices.

Research reveals how ASFV disrupts autophagy, impacting pig health and vaccine development.

Study reveals complex links between tree health and microbial communities.

Research unveils intricate microbial communities affecting wheat health and growth.

This article examines species competition and the impact of rapid population changes.

Study explores how farming tasks influence indoor microbes and farmer health.

Scientists enhance crops with CRISPR/Cas for better food production.

This study details a new gene editing method for the fern C. richardii.

New technology improves detection of lesions on plant leaves for better farming.

A fresh method enhances satellite image restoration by separating distortions for better clarity.

Explore how Digital Twins and semantic communication improve farming practices.

This research reveals genetic differences between harmful Fusarium strains affecting lettuce.

Recent research reveals higher microbial populations in soil than previously thought.

Uncovering the impact of soil and microorganisms on plant growth and pest interactions.

Research reveals key genes for soybean nodulation with rhizobia.

Discover how plant breeding is evolving with genomic data and advanced selection methods.

Machine learning enhances GNSS accuracy, overcoming challenges in signal selection.

A look into how an alga thrives in extreme conditions using carbon concentration.

A new method uses technology for early detection of pests in palm trees.

Using image processing to identify plant diseases like citrus leaf canker.

Study reveals diverse traits of millet in Liaoning for better farming.

A new method improves the clarity of hyperspectral images using deep learning.

PtWAVE offers better detection of genetic changes in genome editing.

Study reveals how droplets behave on bouncing surfaces and its applications.

Research combines MSTN and FGF5 mutations for improved livestock traits.

Research reveals complex interactions among bacteria affecting potato diseases.

Ghanaian farmers use AI technology to combat cashew crop diseases.

Study highlights soil microbes' role in predicting plant health and productivity.