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IONEL HAIDU
IONEL HAIDU
University of Lorraine, Laboratory LOTERR-EA7304, France
Adresă de e-mail confirmată pe univ-lorraine.fr - Pagina de pornire
Titlu
Citat de
Citat de
Anul
A spatially explicit database of wind disturbances in European forests over the period 2000–2018
G Forzieri, M Pecchi, M Girardello, A Mauri, M Klaus, C Nikolov, ...
Earth System Science Data 12 (1), 257-276, 2020
652020
A GIS based network analysis for the identification of shortest route access to emergency medical facilities
PS Nicoară, I Haidu
Geographia Technica 9 (2), 60-67, 2014
562014
SIG: analiză spațială
I Haidu, C Haidu
* H* G* A*, 1998
44*1998
Identification of traffic accident risk-prone areas under low-light conditions
K Ivan, I Haidu, J Benedek, SM Ciobanu
Natural hazards and earth system sciences 15 (9), 2059-2068, 2015
342015
Long‐term effect of climate change on groundwater recharge in the Grand Est region of France
I Haidu, MM Nistor
Meteorological Applications 27 (1), e1796, 2020
222020
Groundwater vulnerability assessment in the Grand Est region, France
I Haidu, MM Nistor
Quaternary International 547, 86-100, 2020
202020
Unit hydrograph generation for ungauged subwatersheds. Case study: the Monoroștia river, Arad County, Romania
MM Gyori, I Haidu
Geographia Technica 6 (2), 23-29, 2011
202011
The spatio-temporal distribution of road accidents in Cluj-Napoca
K Ivan, I Haidu
Geographia Technica 2, 32-38, 2012
192012
Analiza de frecvență și evaluarea cantitativă a riscurilor
I Haidu
Riscuri și Catastrofe, 180-207, 2002
192002
GIS module for the estimation of the hillslope torrential peak flow.
I Haidu, O Batelaan, AI Crăciun, M Domnița
Environmental Engineering & Management Journal (EEMJ) 16 (5), 2017
172017
Evaluarea potențialului hidroenergetic natural al râurilor mici. Aplicație la Carpații Maramureșului și ai Bucovinei
I Haidu
171993
The assessment of the impact induced by the increase of impervious areas on surface runoff. Case study the city of Cluj-Napoca, Romania
I Haidu, K Ivan
Carpathian Journal of Earth and Environmental Sciences 11 (2), 331-337, 2016
162016
Deriving the floodplain in rural areas for high exceedance probability having limited data source.
MM Győri, I Haidu, J Humbert
Environmental Engineering & Management Journal (EEMJ) 15 (8), 2016
142016
Creation of the roads network as a network dataset within a geodatabase
ME Nicoară, I Haidu
Geographia Technica 6 (2), 81-86, 2011
142011
Estimation of runoff coefficient according to soil moisture using GIS techniques
AI Crăciun, I Haidu, Z Magyari-Sáska, AI Imbroane
Geographia Technica 4 (2), 1-10, 2009
142009
Analiza seriilor de timp: aplicații în hidrologie
I Haidu
* H* G* A*, 1997
14*1997
What Is Technical Geography
I Haidu
Geographia Technica 11 (1), 1-5, 2016
132016
SYNOPTIC PROCESSES GENERATING WINDTHROWS. A CASE STUDY IN THE APUSENI MOUNTAINS (ROMANIA).
P Furtuna, I Haidu, N Maier
Geographia Technica 13 (2), 2018
122018
The SCS-CN model assisted by GIS–alternative estimation of the hydric runoff in real time
AI Crăciun, I Haidu, Ș Bilașco
Geographia Technica 3 (1), 1-7, 2007
122007
Tracing out the effect of transportation infrastructure on NO2 concentration levels with Kernel Density Estimation by investigating successive COVID-19-induced lockdowns
KD Kovács, I Haidu
Environmental Pollution 309, 119719, 2022
112022
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Articole 1–20