Predicting flash floods and their risk in a dry climate. United states – Israel Binational Science Foundation (BSF). Morin E., Enzel Y., Dayan U., Georgakakos K. and Shamir E.
Climate change impacts on the hydrological response and on flash flood frequency and magnitude of Israel drainage basins. Israel Ministry of Environmental Protection. Morin E., Yair Y. and Price C.
Relationships between precipitation magnitude and patterns and the Dead-Sea lake levels at late Holocene.
Development of a radar-based flood warning model for the Dead-sea region.
Quantitative Estimation of High Spatio-Temporal Resolution Rain Intensity Data Based on Information From a Meteorological Radar System and Ground Rain Stations. Israel Ministry of Agriculture and Rural Development.
Development of a stochastic weather generator model for computation of a storm ensemble. Israel Ministry of Agriculture and Rural Development and the Jewish National Fund.
Cereal Production and Climate Change. Israel Ministry of Agriculture and Rural Development. Svoray T., Morin E., Bonfil D. and Zeidenberg R.
Analysis of rain intensity distribution using micro-radar and the relationships with flash-floods in the Bokek catchment (a case of the Judea Desert). Israel Ministry of Science and Technology. Cohen C., Morin E. and Freund A.
The flooding potential of rainstorms: a new approach utilizing multi-sensor/multi-scale data and precipitation structural elements. Israel Science Foundation (ISF).
Potential impacts of climate change on population dynamics of phloem-feeding-insects in the Eastern Mediterranean. Ring. Morin S. and Morin E.
High-resolution precipitation estimation using multisensory system for improving agricultural management and environmental benefits. Israel Ministry of Science and Technology – Italy-Israel Scientific and Technological Cooperation. Morin E., Notarpietro R., and Gabella M.
Towards sustainable agricultural management using high-resolution X-band radar precipitation estimates. Israel Ministry of Agriculture and Rural Development – The Italy-Israel Cooperation in Agricultural Research Program. Morin E., De Vita P., Bonfil D., Basso B., Notarpietro R. and Gabella M.
SWIPE: Predicting whitefly population outbreaks in changing environments, Arimnet – Coordination of the Agricultural Research in the Mediterranean Area: Israeli PIs: Zchori-Fein E., Morin S., Morin E.
Changes in the regulated channel of Nahal Arava in the evaporation ponds section. The Dead Sea Work. Enzel Y., Morin E. and Grodek T.
Water erosion as the cause of loss of fertile land in Israel: dynamic processes and tools to cope and to minimize damage, . Israel Ministry of Agriculture and Rural Development. Svoray T., Furman A., Assouline S., Morin E., and Filin S.
Evaluating parameters of potential extreme floods in the Dead Sea using observed and synthetic storm data and hydrological model, Dead Sea Drainage Authority.
Hydrometeorological signatures of global extreme precipitation events. Israel Science Foundation (ISF).
The Eastern Mediterranean - Levant late Quaternary climates: Paleohydrology and Extreme Floods from the Dead Sea ICDP Core (PALEX), Trilateral Program of the German Science Foundation (DFG). Brauer A., Hasan J., Enzel Y., Al-Qutob M., Erel Y., Lazar B., Morin E., Stein M., Plessen B., Tjallingii R.
Extreme Floods in Arid/Semi-Arid Watersheds: Paired Studies in Israel and the US. NSF-BSF. Smith J. and Morin E.
From global to local impacts of climatic change on agricultural pests and food security - an interdisciplinary approach for developing policy and decision-making tools: Morin S. and Morin E.
Understanding projections of a drier Eastern Mediterranean: from global-scale mechanisms to synoptic and local scale impacts on precipitation: Garfinkel, C., Adam, O., Dayan, U., Rostkier-Edelstein, D., Morin, E., Enzel, Y.