Qingdao, October 12 (Daily Kiran) : The inaugural Asia-Pacific Geoscience and Remote Sensing Conference has officially commenced in Qingdao, located in China’s Shandong province. This three-day event revolves around the theme of “Remote Sensing Applications for Sustainable Clean Earth Development.”
Over 1,000 participants, including experts and scholars from more than 230 universities, research institutions, and relevant enterprises across 20 countries and regions, are attending the conference.
The conference aims to highlight cutting-edge advancements in geoscience and remote sensing, focusing on multi-source remote sensing observations, advanced sensing technologies, data analysis methods, and applications for sustainable development. It serves as a vital platform for exchange and collaboration among geoscience and remote sensing professionals in the Asia-Pacific region and globally, promoting innovative applications in resource and environmental monitoring, marine and atmospheric observation, disaster response, climate change adaptation, and sustainable development.
Notable speeches were delivered by experts, including Kuo Huadong, an academician from the Chinese Academy of Sciences. They shared insights on the latest research progress and development trends in leading areas of remote sensing, digital earth, urban and environmental remote sensing, microwave remote sensing, earth observation systems, and spatial information applications.
The conference will also host 16 parallel sessions covering topics such as remote sensing big models and artificial intelligence, marine remote sensing, atmospheric and hydrological remote sensing, land surface and ecological environmental remote sensing, disaster monitoring, cryosphere and polar remote sensing, urban remote sensing, and sustainable development goal applications.
The Asia-Pacific Geoscience and Remote Sensing Conference is held annually, aiming to gather the research strengths of the geoscience and remote sensing fields in the Asia-Pacific and globally, establish a long-term and stable platform for academic exchange and collaboration, and promote coordinated innovation in earth observation, remote sensing technology, and its application fields among various countries and regions.
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