Spatial risk assessment of hydrological extremities: Inland excess water hazard, Szabolcs-Szatmár-Bereg County, Hungary

Excess Cancer Risk Assessment from Some Common X-Ray Examinations in Sabzevar County

Introduction: Nowadays ionizing radiation has a considerable contribution in medical diagnostic and treatment. Using ionizing radiation is increasing rapidly, so biological effects of ionizing radiation should be considered more. X-rays in the range of diagnostic radiology have hazardous effects and risks that are defined as random effects. These effects obey the LNT hypothesis that occur at lo...

Assessment of desertification hazard, risk and development of management plans

About 80 percent of Iran is arid and semi-arid and about 35 percent of this area is susceptible to desertification hazard. Therefore desertification assessment and identification of the most important criteria for the assessment of risk and a basis for development of management plans is essential. This research was conducted in the semi-arid region of Agh-Band in the Golestan province, Iran wit...

Hydrological data for surface water resources assessment

The need for hydrological data is discussed in terms of the type of water resources project, and the sampling of information in time and space. The need for consistent data quality is emphasized. Données hydrologiques nécessaires à l'évaluation des ressources en eau de surface Résumé Les besoins en données hydrologiques sont discutés en fonction des divers types de projets de mise en valeur des...

excess cancer risk assessment from some common x-ray examinations in sabzevar county

introduction: nowadays ionizing radiation has a considerable contribution in medical diagnostic and treatment. using ionizing radiation is increasing rapidly, so biological effects of ionizing radiation should be considered more. x-rays in the range of diagnostic radiology have hazardous effects and risks that are defined as random effects. these effects obey the lnt hypothesis that occur at lo...

Controls on satellite altimetry over inland water surfaces for hydrological purposes