Ethiopian Association of Geoscience (EAG)
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Посты канала
KU Leuven (Belgium) and UMelbourne (Australia) are looking for 2 enthusiastic joint PhD researchers who will study total terrestrial water storage and how it changes in time and due to human water management.
read and apply
| 2 |  Kurmuk Gold mine sold to Chinese company
....
Zijin Gold International Company Limited purchasing Allied Gold Corporation, a Canadian mining company listed on both the Toronto and New York Stock Exchanges, in an all-cash transaction valued at approximately USD 4 billion.
This agreement transfers ownership of Allied Gold’s global portfolio, including the Kurmuk Gold Mine in western Ethiopia, to the Chinese mining giant.
Read more
https://capitalethiopia.com/2026/07/12/ethiopia-clears-zijin-golds-usd-4-billion-acquisition-of-allied-gold/ | 334 |
| 3 | What did Ethiopia's Geoscience Sector Look Like in the Past 60 years, and Where Does It Stand Now?
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Over the past 60 years, Ethiopia's geoscience sector has made notable progress in generating geological, geophysical, geochemical, and hydrogeological information. Since the establishment of the Ethiopian Institute of Geological Surveys (now the Geological Institute of Ethiopia), systematic geological mapping has expanded from reconnaissance surveys and paper-based maps to nationwide 1:250,000-scale geological mapping supported by geophysical and geochemical investigations. Early mapping activities relied heavily on field observations, aerial photographs, manual cartography, and limited laboratory analyses. Over time, the adoption of GPS, Geographic Information Systems (GIS), digital satellite imagery, and integrated geoscience mapping significantly improved mapping efficiency, data quality, and national coverage.
Despite these achievements, much of Ethiopia's geoscience data generation still depends on #conventional field surveys, periodic mapping campaigns, and #fragmented data management systems. Many existing geological and hydrogeological datasets remain at medium or small scales, while high-resolution, continuously updated digital geoscience databases are limited. The integration of multidisciplinary datasets—including geology, geophysics, geochemistry, remote sensing, drilling, and hydrogeology—remains #incomplete, reducing the effectiveness of evidence-based mineral exploration, groundwater assessment, infrastructure planning, and environmental management. Although digital mapping practices have improved substantially, access to standardized, interoperable, and regularly updated national geoscience datasets continues to be a significant challenge.
#Globally, geoscience has entered a new era driven by high-resolution satellite imagery, hyperspectral imaging, airborne geophysics, unmanned aerial systems (UAS), cloud computing, artificial intelligence (AI), machine learning, digital twins, and real-time geospatial data platforms. These technologies enable #rapid, #automated, and #continuously updated geoscience data generation at #unprecedented spatial and temporal resolutions. Compared with these international advancements, Ethiopia has yet to fully capitalize on emerging digital geoscience technologies. Accelerating the adoption of AI-assisted geological mapping, cloud-based geospatial processing platforms, hyperspectral remote sensing, integrated national geoscience databases, and open data infrastructures will be essential for modernizing the country's geoscience sector and supporting sustainable mineral resource development, groundwater management, and national infrastructure planning. | 379 |
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| 9 | The PeA ITEGE Project Kick-off Meeting Held at AASTU July 8, 2026.
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Addis Ababa Science and Technology University (AASTU) hosted the kick-off meeting of the International Training for Ethiopian Geothermal Energy (ITEGE) Project, implemented under the Academia Partnerships Africa–France (PEA) Program and funded by the French Development Agency (AFD). The ITEGE Project aims to strengthen Ethiopia's technical capacity in geothermal energy through specialized education, research, and professional training, supporting the country's sustainable energy development. | 464 |
| 10 | Google Earth desktop application no longer available for download
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While you can continue using the legacy Google Earth Pro desktop app, it will no longer be available for new downloads beginning on June 25, 2027.
read more | 528 |
| 11 | #Vacancy
1. General Manager – Gold Mining
GS Group: https://ethiojobs.net/job/aeyzluqT5L-general-manager-gold-mining
2. Geologist (Coal Mining)
KON : | 751 |
| 12 | Select maximum 2 | 429 |
| 13 | Based on the poll results, there is a clear and overwhelming consensus that geological education in Ethiopian universities is currently falling short of modern scientific and technological demands.
This poll reflects a significant gap between what is being taught in classrooms and the rapidly evolving demands of the industry. It suggests that the geological academic framework in the country may still rely heavily on traditional, theoretical methods, lacking adequate integration of modern technological advancements | 418 |
| 14 |  ግራንዴር ሴራሚክ ማኑፋክቸሪንግ
#MadeInEthiopia #EthiopiaDelivers | 476 |
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| 18 | Key Spectroscopic Regions
Geologists focus on specific wavebands to map surface composition:
- Visible and Near-Infrared (VNIR, 400–1100 nm): Excellent for identifying transition metal ions, particularly iron oxides (like hematite and goethite) and rare earth elements.
- Short-Wave Infrared (SWIR, 1100–2500 nm): The premier region for targeting hydroxyl-bearing minerals, clays (like kaolinite and illite), carbonates, and sulfates.
- Thermal Infrared (TIR, 8000–14000 nm): Vital for picking up fundamental silicates (such as quartz and feldspars) and carbonates that lack distinct features in shorter wavelength. | 629 |
| 19 | Our university's remote sensing course within geology should cover the core concepts of SPECTRAL GEOLOGY and SPECTROSCOPY of rocks and minerals. | 513 |
| 20 | Spectral Geology, merges optical physics, satellite remote sensing, and traditional geology to streamline mineral exploration, map lithological formations, and monitor environmental baselines. | 491 |
