PART A.- HYDRO-METEROROLOGICAL RISKS: Implementation of the National Program for prevention against hydraulic contingencies. Deterministic hydrological modeling and flood risk assessment of Mexico city. Program of preventive and mitigation drought measures of the rio balsas basin council (PPMDM-RBBC). Flood disaster en the niger delta region of Nigeria. Entropy theory for frequency analysus of hydrometeorological extremes. Analyssis an modeling of non-darcian flow in groundwater with modflow CFP. Tectonic, climate and drainage influences on landsl8ide risk of the quaternary Colorado piedmont alluvial fan in ciudad Juarez, Chihuahua, México. PART B.-CLIMATE CHANGE: Effect climate change on occurrende of meteorological drought in Zacatecas, mexico. Temperature and heat wave trends in mexicali, Mexico. A proposed carbon dioxide sequestratio method based on cavitation. Possible scenarios of global climate change effects on potential evaporation in the watershed of the Lerma river, Mexico. Assessing the influence of large scale atmospheric circulations on annual maximum discharge in continental spanisk rivers. Water management in transboundary river basins under clim,ate change conditions. Virtual capacity building in water resources management as A strategy to cope with hydro-metorological risks and climate change in Mexico. Adaptation measures in the agricultural sector considering climate change. Use of bim tools for the develo´ment of basic infraestructure: design an modeling of a a Peri-urban ecologic house for the city of Puebla, mexico.

Hydro-meteorological hazards, like floods and droughts, had been recognized as the principal cause of death of humans, within the natural hazards sector of death producing events. In addition to the hydro-meteorological hazards, global climate change has been recognized as a major threat to mankind survival as a species. To recognize this facts is a step forward in acting to mitigate the effects of both phenomena that affects every single person living in Planet Earth. The International Conference of Hydro-meteorological Risks and Climate Change-2014 (ICHRCC-2014) was organized to provide a forum for the interdisciplinary exchange of ideas and points of view in all the aspects related with hydro-meteorological risks and climate change, and all the trade-offs between these fields of study. The International Conference of Hydro-meteorological Risks and Climate Chang-2014 (ICHRCC-2014) was held at the Universidad de las Americas, Puebla, Cholula, Puebla, Mexico, in November 13-15, 2014. The ICHRCC-2014 was funded by the Universidad de las Americas, Puebla, Mexico’s Federal Power Commission and Mexico´s National Water Commission. The co-sponsors of ICHRCC-2014 were the American Institute of Hydrology, International Association of Hydrological Sciences, Mexican Academy of Sciences, Mexico’s Academy of Engineering and Mexico’s National Association of Engineering Colleges and Schools. Fifty experts attended ICHRCC-2014, coming from countries located in Africa, America and Europe. Seventeen papers, in oral sessions, were presented along five technical sessions at ICHRCC-2014. Two keynote lectures were held by worldwide well-known scholars who shared their expertise, knowledge and experience with ICHRCC-2014 participants. The contribution of ICHRCC-2014 to the advance in the understanding of the hydro-meteorological risks and global climate change and how to measure their effects in various human activities, can be analyzed from the contents of this book, the papers reported here were produced to make a contribution in that direction. Also, ICHRCC-2014 was a mean to spread the word to laymen about the threat that mankind is facing now and will continue to face the coming years and at least to the next century.