Precision agriculture leverages advanced remote sensing techniques and data‐driven analyses to optimise crop management and improve yield outputs while minimising environmental impact.

Australian farms are at the forefront of a wave of technological change coming to agriculture. Over the past decade, more than US$200 billion (A$305 billion) has been invested globally into the likes ...

A new node at The University of Western Australia will help transform plant phenotyping and drive the growth of crops ...

Under the agreement, Volatus will deploy its advanced drone operations to conduct multispectral aerial surveys across 21 agricultural sites in Alberta, Ontario, Manitoba, and Quebec. Each site will be ...

Nonpoint source pollution, characterized by its diffuse origins and transport mechanisms, remains a central barrier to global ...

Volatus Aerospace (TSXV:FLT) signed a national crop-intelligence contract with a top agricultural technology provider in ...

Purdue Agriculture researchers are harnessing the power of artificial intelligence (AI) and machine learning (ML) to amplify ...

Artificial intelligence (AI) is currently the leading trend in machine vision. Every major machine vision software package ...

Multispectral oriented object detection faces challenges due to both inter-modal and intra-modal discrepancies. Recent studies often rely on transformer-based models to address these issues and ...

It is very important to extract agricultural information, especially farmland plots, from remote sensing satellite images, especially in agricultural yield estimation, monitoring and measurement of ...

Smart farming is one of the methods of modernising agriculture. It is often linked to precision farming, but the two isn't the same.

New images from the European Space Agency’s Biomass mission show how the satellite uses advanced radar to map flows of carbon through our planet’s most precious and remote ecosystems ...