TitleAuthorsJournalYearAbstract
Erosion Rates in Dam Catchments in Jordan: Effects of Topography, Geology, and UrbanizationElias Salameh, Hakam Al-Alami, Ibraheem HamdanOpen Journal of Soil Science, 14, 319-3312024This study examines erosion rates in catchment areas in Jordan, focusing on the impact of topography, geology, and urbanization. Findings show that erosion rates in Jordan exceed global averages due to steep terrain and calcareous rock formations.
A Review on the Impact of Sustainable Agriculture Practices on Crop Yields and Soil HealthFluturim Saliu, Muhammad Luqman, Hasan Salem Alkhaza'lehInternational Journal of Research and Advances in Agricultural Science2023This review explores how sustainable agriculture practices like crop rotation and conservation tillage enhance soil health and crop yields, balancing productivity with long-term environmental benefits.
Characterization and Artificial Neural Networks Modeling of Methylene Blue Adsorption of Biochar Derived from Agricultural ResiduesAlaa Albalasmeh, Mahmoud Gharaibeh, et al.Journal of Saudi Chemical Society, 24 (11), 811-8232020This research evaluates biochar properties based on feedstock type and pyrolysis temperature, showing that higher temperatures increase biochar's carbon content and specific surface area, making it a more effective soil amendment and adsorbent.
Assessing the Impact of Zaatari Syrian Refugee Camp on Groundwater Quality in Central North JordanSura Al-Harahsheh, Ahmed A. Al-Taani, et al.Jordan Journal of Earth and Environmental Sciences, 11 (4), 260-2712020This study assesses groundwater quality near the Zaatari Refugee Camp, showing most parameters within safe limits, with no significant pollution from camp activities despite public concerns.
Study of Municipal Landfill Site for Dioxin/Furan and Chlorinated Pesticide Contamination in Al-Husainiyat Landfill, Al-Mafraq, JordanSura Al-Harahsheh, Mohanad Masad, et al.Fresenius Environmental Bulletin, 29 (7A), 6090-61012020This study analyzes contamination by dioxins, furans, and chlorinated pesticides in soil and groundwater at Al-Husainiyat landfill, providing a benchmark for pollution monitoring in the area.
Elemental Contamination in Indoor Floor Dust and Its Correlation with PAHs, Fungi, and Gram +/- BacteriaSharif Arar, Afnan Al-Hunaiti, et al.International Journal of Environmental Research and Public Health, 16, 35522019This research investigates elemental contamination in indoor dust, with higher levels observed in older, densely occupied buildings. The study offers insights into indoor air quality issues in educational and residential spaces.
Levels of Polyaromatic Hydrocarbons (PAHs) in Sediment Samples from Selected Jordanian DamsSharif Arar, Munjed Alawi, Amjad Alnawaiseh, Mohanad MasadToxin Reviews, Accepted (2019)2019An experimental study was conducted to assess PAH concentrations in sediment samples from five Jordanian dams using GC/MS. The King Talal Dam showed the highest pollutant levels, followed by Wadi Al-Arab, due to industrial activities nearby.
Comparative Study of POPs (Chlorinated Pesticides, PCBs, and Dioxins/Furans) in Cancer-Affected and Healthy Human OrgansMunjed Alawi, Mohanad Masad, Mohamad Al-HussainiEnvironmental Monitoring and Assessment, 190, 4702018This study compares POPs concentrations in adipose tissue from healthy and cancer-affected Jordanian individuals. Cancer patient samples had higher levels of certain POPs, suggesting possible links to carcinogenic effects. Results emphasize the need for environmental monitoring in Jordan.
Biomass Energy Utilization in Northeast Badia of JordanMohammad Al-Smairan, Sura Al-Harahsheh, Hassan Al-KhazalehResearch Journal of Applied Sciences, Engineering and Technology, 10, 1322-13292015This study assesses biogas systems' potential in Jordan's Northeast Badia, identifying challenges hindering its adoption, such as inadequate policy support and lack of awareness. Recommendations for biogas dissemination include training technicians, policy development, and stakeholder engagement.
The Use of GIS to Select the Optimum Route for Jordan National Water CarrierAkram Shdeifat, Rida Al-Adamat, Saad Al-Ayyash, et al.N/A2011This study uses GIS to optimize the route for Jordan's National Water Carrier, designed to manage limited water resources across urban areas. The recommended 375 km pipeline route is based on international standards, connecting water sources to major Jordanian cities.
Runoff Estimation for Suggested Water Harvesting Sites in the Northern Jordanian BadiaSaad AlAyyash, Rida Al-Adamat, Hani Al-Amoush, et al.N/A2012GIS was used to assess runoff potential at five sites in Jordan's Badia region, indicating the viability of small-scale water harvesting for livestock owners. This study combines indigenous knowledge with geospatial techniques to enhance water management in arid areas.
Preliminary Geophysical Investigation for Suggested Water Harvesting Sites in the Northern Jordanian BadiaHani Al-Amoush, Rida Al-Adamat, Saad AlAyyash, et al.N/A2012This study employs geophysical techniques to analyze water harvesting potential at various sites in Jordan's Badia, identifying subsurface faults that may hinder water retention in some areas. Recommendations include advanced geophysical assessments for optimal site selection.
The Combination of Indigenous Knowledge and Geo-Informatics for Water Harvesting Siting in the Jordanian BadiaRida Al-Adamat, Saad AlAyyash, Hani Al-Amoush, et al.N/A2012Combining indigenous knowledge with GIS, this research identifies 118 potential water harvesting sites in Jordan's Badia. Community consultations and geospatial analysis helped prioritize 30 sites for rainwater collection, supporting sustainable water management in arid regions.
The Use of GIS Techniques and Geophysical Investigation for Flood Management at Wadi Al-Mafraq Catchment AreaHani Al-Amoush, Saad Al-Ayyash, Akram Shdeifat, et al.N/A2017This study integrates GIS and geophysical methods to identify water harvesting sites within Wadi Al-Mafraq for flood management, aiming to mitigate flood impacts on urban areas. Fieldwork validates the suitability of identified sites, supporting water resource management in flood-prone regions.
Harvested Rain Water Quality of Different Roofing Material Types at Al al-Bayt UniversityHani Al-Amoush, Saad Al-Ayyash, Akram ShdeifatN/A2018Analysis of rainwater harvested from different roofing materials at Al al-Bayt University reveals variable chemical composition. Findings highlight the need for material-specific standards for safe rainwater harvesting in urban settings.​​​