Dr. Hadi Jaafar featured in the first episode of the BerytechBeat Learning Series
Revolutionizing Agriculture with Remote Sensing
“With remote sensing technology, farmers can make more informed decisions about their water applications, their crop health, and crop management, leading to higher yields and better resource management.” Dr. Hadi Jaafar
In this episode of the BerytechBeat Learning Series, Dr. Hadi Jaafar delves into the realm of agriculture and artificial intelligence, exploring the possibilities presented by satellite imaging and precision farming in the contemporary landscape of agricultural practices.
Berytech is an ecosystem for entrepreneurs, providing a dynamic environment for the creation and development of startups and SMEs, fostering innovation, technology and entrepreneurship in Lebanon.
In the inaugural edition of the BerytechBeat Learning Series, Dr. Hadi Jaafar embarks on an engaging exploration of the intersection between remote sensing and agricultural practices. His focus lands on the captivating domain of satellite imaging and precision farming. Dr. Jaafar uncovers the profound impact of remote sensing on the agricultural sphere and its capacity to amplify conventional farming methods.
Dr. Jaafar introduces the intricate process of extracting information from remote sensing images and discovering the boundless prospects it unveils for entrepreneurial ventures within the agricultural sector. Moreover, this episode shines a spotlight on the pivotal role of technology, propelling the agricultural industry into a new era of innovation and advancement.
About Berytech Learning Series
The Learning Series by BerytechBeat presents a compilation of 15-minute educational videos featuring enthusiastic experts from the Berytech Community. Delving into carefully selected subjects such as Agriculture, Food, Renewable Energy, and Clean Technology, these videos provide condensed yet comprehensive content on the most recent developments, trends, obstacles, and prospects within these industries on both local and global scales.