
A unified framework that combines weather forecasting, soil nutrition analysis, and disease prediction to provide farmers in Bangladesh with optimized crop recommendations for improved productivity and profitability.


coremsg

integrating-soil-nutrition-weather-factors-and-disease-prediction-for-optimized-crop-recommendations-in-bangladesh


Integrating Soil Nutrition, Weather Factors, and Disease Prediction for Optimized Crop Recommendations in Bangladesh


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Using weather forecast data improves evapotranspiration estimation models.


impact-of-employing-weather-forecast-data-on-evapotranspiration-estimation


Impact of Employing Weather Forecast Data on Evapotranspiration Estimation



Specialized procedural model for generating synthetic agricultural scenes enhances photorealism and supports computer vision tasks in precision agriculture.


generating-diverse-agricultural-data-for-vision-based-farming-applications


Generating Diverse Agricultural Data for Vision-Based Farming Applications



Advancing sugarcane biotechnology through polyploid genome sequencing.


We build a polyploid reference genome for hybrid sugarcane cultivar R570, improving on its current ‘mosaic&nbsp;monoploid’ representation, enabling fine-grain description of genome architecture and the exploration of candidate genes underlying the Bru1 brown rust resistance locus.

The complex polyploid genome architecture of sugarcane - Nature

unveiling-the-polyploid-genome-of-sugarcane


Unveiling the Polyploid Genome of Sugarcane



프로세싱 및 특징 감지를 위한 ViTaL 프레임워크


vital-advanced-framework-for-automated-plant-disease-identification


ViTaL: Advanced Framework for Automated Plant Disease Identification



グローバルな土壌情報システムのWebオントロジーを紹介する。


glosis-global-soil-information-system-web-ontology


GloSIS: Global Soil Information System Web Ontology



Establishing a global soil information system for sustainable land management.


glosis-the-global-soil-information-system-web-ontology


GloSIS: The Global Soil Information System Web Ontology



Neural Radiance Fields offer accurate phenotyping in greenhouses, comparable to traditional methods but with improved scalability and robustness.


exploring-accurate-3d-phenotyping-in-greenhouse-with-neural-radiance-fields


Exploring Accurate 3D Phenotyping in Greenhouse with Neural Radiance Fields



Self-supervised learning empowers agriculture by unlocking the value of unlabeled data, reducing manual labeling efforts, and enhancing downstream task performance.


self-supervised-backbone-framework-for-diverse-agricultural-vision-tasks


Self-Supervised Backbone Framework for Diverse Agricultural Vision Tasks



Utilizing hyperspectral imagery for efficient Varroa mite detection on honey bees.


detection-of-varroa-destructor-on-honey-bees-using-hyperspectral-imagery


Detection of Varroa Destructor on Honey Bees Using Hyperspectral Imagery
