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Environment, Climate Change and land management in Vietnam.- Energy for Vietnam.- Energy for Vietnam.

<p>Scientific Attaché at the Embassy of Italy to Vietnam from September 2015 to August 2019, Fellow 2003 of AVS (The Science and Technology Society, NY), Dr. <b>Mariano Anderle</b> served as scientific director and president of IUVSTA (International Union for Vacuum Science, Technique and Applications) as well as president of AIV (Italian Society for Science and Technology).</p>

<p>He received his Doctor Degree in Physics from the University of Trento, Italy, and then spend most of his career at Bruno Kessler Foundation in Trento, in a variety of research and research management roles.</p>

<p>Visiting scientist at IBM (Yorktown Heights, NY), CERN (Geneve) and University of Maryland (College Park, MD), referee and responsible of international and national academic and industrial research projects, adjunct professor at the Universities of Trento and Turin, he has authored more than 145 papers on international scientific journals dealing with surface analysis and engineering, nano processing of thin films and structures, combinatorial materials science, biomaterials and biointerfaces.</p><br>

This book presents recent innovative trends in land, water and energy management in Vietnam. Presenting the main projects and outcomes of a close collaboration between Italian and Vietnamese researchers in the last three years, the book is divided into three main sections: environment, climate change and land management in Vietnam; energy for Vietnam; and cities and utilities in Vietnam. The first section focuses on water systems, including rivers and seacoasts, and on new growing methods for more sustainable agriculture. The second section addresses energy and wastewater. The country’s rapid growth is a major challenge in terms of reinforcing the electrical infrastructures, and as such this section offers an overview of the government’s planned measures and their impact on the Vietnamese power system. The third section highlights cities and utilities in the context of increasing urbanization, exploring the urban morphology of the Vietnamese metropolis, particularly Hanoi and Ho Chi Minh City.&nbsp;

Showcases advanced meteorological and hydrological models applied to a highly complex river basin to provide better flood forecasting Discusses the challenges that Vietnam’s recent economic growth poses in terms of land, water and energy management, as well as the urban environment Examines climate change phenomena in Vietnam Presents advanced information and communication technologies as enablers of Vietnamese land and city innovative development and management