Organic Waste – A Natural Cure for Copper-Polluted Soil

Scientists from Superior University have discovered a groundbreaking way to restore copper-polluted soil — using organic waste. 🌱

In this study, kitchen and farm waste are transformed into compost and vermicompost, improving soil pH, boosting plant growth, and reducing harmful copper levels by up to 47%. This eco-friendly solution could help farmers grow healthier crops and protect our food from heavy metal pollution.

Crafting Sustainable Flavors for A Greener Future Through Superior Chef Battle

As chefs battled against time and mystery ingredients, their artistry and dedication proved that cooking is more than a skill—it’s a craft that has the power to elevate, educate, and inspire.

Heart Sound Analysis for Abnormality Detection: Advancing Early Diagnosis

This research achieved 91.33% accuracy in heart sound classification, enabling early diagnosis through affordable devices. It offers a promising solution to reduce global cardiovascular deaths.

Development of Cost-Effective Cream Cheese Production in Pakistan

Innovative cream cheese analogue combines affordability, quality, and exceptional sensory appeal, setting a new stanAdard in Pakistan’s dairy industry.

The Future of Healthy Snacking: Multigrain Cookies for Disease Prevention

This study focuses on developing multigrain cookies using ragi, barley, oats, and brown rice, selected for their exceptional nutritional value and health benefits.

AI-Driven Precision Agriculture: Optimizing Land-Crop Matching for Sustainable Food Security and Environmental Protection

AI-Driven Precision Agriculture: Optimizing Land-Crop Matching for Sustainable Food Security and Environmental Protection.

Boosting Watermelon and Cantaloupe Production in Punjab, Pakistan with Local and Imported Genotypes

Watermelon consumption is rising due to its benefits, but Pakistan, ranked 30th globally with a 0.3% share faces production challenges from water shortages, soil issues, and diseases.

Development of sustainable nanoporous based AI validated controlled release fertilizers

Development of sustainable nanoporous based AI validated controlled release fertilizers. Conventional fertilizers have a mere 30-40% efficiency, with up to 70% lost to the environment, causing significant harm.

Fintech Revolutionizing Agriculture Industry

By Mohsin Raza: In recent years, the agriculture industry has experienced a remarkable transformation, thanks to the infusion of innovative technologies.

Green finance and foreign direct investment–environmental sustainability nexuses in emerging countries: new insights from the environmental Kuznets curve

The primary objective of the present study is to identify the asymmetric relationship between green finance, trade openness, and foreign direct investment with environmental sustainability.