FLOOD RISK, TYPOLOGY, SEVERITY AND MANAGEMENT. 2020. flood_risk_typology_severity_and_management.pdf

MULTI-CRITERIA METHOD (WLC) AND GIS MODELING TO ANALYZE SOIL EROSION VULNERABILITY IN CONSTANTINE CITY (ALGERIA). 2020. multi-criteria_method_wlc_and_gis_modeling_to_analyze_soil_erosion_vulnerability_in_constantine_city_algeria.pdf

ANALYSIS OF SOCIAL RESILIENCE TO THE NOVEL CORONAVIRUS (COVID-19) IN ALGERIA. 2020. analysis_of_social_resilience_to_the_novel_coronavirus_covid-19_in_algeria.pdf

SITE SELECTION FOR FUTURE INDUSTRIAL INFRASTRUCTURE IN THE PROVINCE OF CONSTANTINE (ALGERIA). 2020. SITE SELECTION FOR FUTURE INDUSTRIAL INFRASTRUCTURE IN THE PROVINCE OF CONSTANTINE (ALGERIA)

ESTIMATION OF THE PEAK LOWS IN THE CATCHMENT AREA OF BATNA (ALGERIA). Journal of Groundwater Science and Engineering [Internet]. 2020;8-1 (2020) :86-93. Publisher's Version vol.8_no1_79-86.pdf

A MULTI-CRITERIA ANALYTICAL HIERARCHY PROCESS (AHP) TO FLOOD VULNERABILITY ASSESSMENT IN BATNA WATERSHED (ALGERIA). Analele Universităţii din Oradea, Seria Geografie [Internet]. 2020;1 (2020) :41-47. Publisher's Version auog.301105-810.pdf

ELABORATION OF AN EROSION MAP USING THE ANALYTICALHIERARCHY PROCESS (AHP) CASE OF THE REGION OFCONSTANTINE (ALGERIA). Analele Universităţii din Oradea, Seria Geografie [Internet]. 2020;1 (2020) :1-9. Publisher's Version auog.301101-809.pdf

ANALYSIS OF THE VULNERABILITY OF THE CITY OF BATNA (ALGERIA) TO FLOODING. Analele Universităţii din Oradea, Seria Geografie [Internet]. 2016;2 (2016) :167-174. Publisher's Version 6.auog_709.pdf

ESTIMATION AND MAPPING OF EXTREME RAINFALL IN THECATCHMENT AREA OF BATNA (ALGERIA). Analele Universităţii din Oradea, Seria Geografie [Internet]. 2016;2 (2016) :107-117. Publisher's Version 10.auog_707.pdf

FLOOD HAZARD MAP IN THE CITY OF BATNA (ALGERIA) BYHYDRAULIC MODELING APPROCH. Analele Universităţii din Oradea, Seria Geografie [Internet]. 2016;1 (2016) :86-93. Publisher's Version 8.auog_704.pdf