Hydrochemical Characteristics of Ground Water for Drinking Purpose and Health Risk Assessment
by Ali Muhammad Alsanie Walaa Alamri Abdulhakeem Alhomrani Majid Al-Rashed Wael Al-Asmari Fahad İzgü Tolga Şimşek Özhan Safeena Sidiq Sheikh
Integrating circular economy strategies for resource efficiency waste reduction and carbon neutrality goals
by Subramaniam Devi Elangovan Barkavi Ganesan Venkatakrishnan Santhi
Enhancing Zinc and Copper Stabilization Using Date Palm Waste Compost and the Phytoremediation Potential of Medicago sativa
by Zrig Ahlem Hamouda Foued Yousif Sidahmed Elsheikh Salma AbdElgayed Gehad Khemira Habib Magdy Korany Shereen Alsherif Emad
Community urban parks as carbon sinks: Evaluating the role of the urban park in carbon sequestration and environmental sustainability under arid conditions
by Hussain Daniyal Yasin Ghulam Jamil Akash Hussain Gulab Yasin Ghulam Farooq Azhar Muhammad Alarfaj Abdullah Shrahili Mansour Javed Ansari Mohammad Ur Rahman Shafeeq
Integrating Artificial Intelligence for Enhanced Water Quality Prediction and Classification: A Multi-Model Approach
by Prithiviraj Kavitha Asaithambi Latha Raja Jalaludeen Mafaz Ahamed Ramachandran Ganesan Devarajulu Chitra Govindarajan Elumalai
Feasibility Study Toward Biogas Purification of H2S Impurities Using Wet and Dry Banana Leaves
by Huboyo Haryono Zaman Badrus Ramadan Bimastyaji Prasetijo Agung Wahyudi Rahmatia
Upregulate Soil Health and Wheat Yield: Conversion of Organic Waste into Bio-activated Zn-Enriched Compost for Deficient Soils
by Naeem Muhammad Iqbal Zafar Hussain Azhar Jamil Moazzam Ahmad Hafiz Tanvir Ismail Ahmed Mahmoud El-Mogy Mohamed El Ganainy Sherif El-Beltagi Hossam Hadid Maha Loutfi
Biomonitoring of soil quality in the Souk Ahras region (Northeast Algeria) using Cornu aspersum as a bioindicator: Trace metals and sulfates analysis
by Bendjebbar Roumaissa Berrouk Houda Barour Choukri Sleimi Noomene Merghad Amina
Characterization of high-temperature carbonization products of sludge mixed with corn cobs
by Lu Yuhao Li He Wu Zhiren Ma Xiaoyun