Discovering the potential of multispectral UAV and satellite sensors in detecting wheat rust in Ethiopia
- From
-
Published on
08.12.23
- Impact Area

Latest advances in sensor technology and data processing allow early detection, mapping and monitoring of crop infestation, helping prevent large-scale outbreaks.
A recent study published in Nature Scientific Reports, assesses the capability of very high-resolution satellite (VHRS) imagery and high-resolution unmanned aerial vehicles (UAVs) imagery for high-throughput phenotyping and detecting impacts of wheat rusts in earlier crop growth stages. UAVs and VHRS offer high potential for nonintrusive, extensive, rapid and flexible measurements of plant biophysical properties at very high spatial and temporal scales.
Related news
-
Co-creating Resilient Landscapes: Transitioning to Multifunctional Approach in India
Multifunctional Landscapes Science Program02.10.25-
Biodiversity
-
Climate adaptation & mitigation
-
Environmental health
-
Environmental health & biodiversity
The CGIAR Multifunctional Landscapes (MFL) Science Program signifies an innovative step in global re…
Read more -
-
Towards Genuine Co-Production for Just and Sustainable Transformation: Reflections from a Session at TC/ESG25 in Johannesburg
Multifunctional Landscapes Science Program02.10.25-
Biodiversity
-
Climate adaptation & mitigation
-
Environmental health
-
Environmental health & biodiversity
At the Transformations Community Navigating Sustainability Transformations Towards Justice and Equit…
Read more -
-
Ponds of Promise: Unlocking Mandla’s Farm Ponds for Food and Livelihood Security
Multifunctional Landscapes Science Program29.09.25-
Adaptation
-
Biodiversity
-
Environmental health
-
Environmental health & biodiversity
-
Food security
-
Nutrition
-
Poverty reduction, livelihoods & jobs
Ponds as a Lifeline in Mandla Mandla, in central India, is a land of contrasts,…
Read more -