Smart Systems

The Yepuqu alpine karst basin, a tributary of the Lhasa River in northern Xizang, is emerging as a critical case study in water resource management for the Qinghai-Xizang Plateau—the so-called “Asian Water Tower.” According to lead author Hongwei Lia

The future of Malaysia’s rice bowl—its Kedah and Kelantan granary fields—is under pressure, and the numbers tell a stark story. According to new research led by Wan Amiza Amneera Wan Ahmad from Universiti Malaysia Perlis and the University of Malaya,

In the heart of Thailand’s Sa Kaeo Province, a quiet revolution is reshaping how smallholder farmers grow high-value vegetables—without wasting water or risking crop losses. Wannaporn Thepbandit, a researcher at Srinakharinwirot University’s Departme

Researchers from Firat University have developed a groundbreaking model that could redefine how industries manage heat transfer in complex fluid systems. Led by Munawar Abbas, a mathematician at the Department of Mathematics, the team has leveraged a

As cities sprawl and strain under the weight of aging infrastructure, the question isn’t just about keeping the lights on—it’s about reimagining the entire system. Yong Kwet Yew, a professor at the National University of Singapore, argues in the *IEM

The relentless march of urbanization and the creeping shadow of climate change are tightening the screws on cities’ water supplies. But what if artificial intelligence could step in as the unseen maestro, orchestrating every drop with precision? That

In the heart of Benin, where small-scale aquaculture remains a lifeline for local communities, a quiet revolution is unfolding—one that could redefine how fish farming operates across resource-constrained regions. Y. O. Eriola, a researcher at the *U

In the bustling world of construction, where concrete jungles rise and infrastructure demands ever more sophisticated solutions, a quiet revolution is brewing—not in the form of steel beams or reinforced foundations, but in the microscopic realm of p

A quiet revolution is bubbling beneath the fields of modern agriculture—and it’s not about robots or genetic modification. It’s about bubbles so small they can’t be seen with the naked eye, yet powerful enough to transform how crops grow, how water i

A new study by Mohammad Fazle Rabbi and his team at the University of Debrecen’s Coordination and Research Centre for Social Sciences offers a glimpse into how artificial intelligence could reshape European wheat farming—with ripple effects for energ