Optimizing the rule curves of multi-use reservoir operation using a genetic algorithm with a penalty strategy

Influence of environmental factors on cyanobacterial biomass and microcystin concentration in the Dau Tieng Reservoir, a tropical eutrophic water body in Vietnam

“…It has a total watershed of 2700 km 2 that is mainly covered by agricultural cropland (mostly near the lakeshore) and brushwood and forest (mostly upstream). Its elevations are in the range of 24-100 m above mean sea level and it receives annual rainfall of about 1800 mm, of which more than 75% occurs between July and November (Ngoc et al, 2014). The climate of the Dau Tieng Reservoir is typical for a tropical monsoonal zone with two distinct seasons.…”

“…The climate of the Dau Tieng Reservoir is typical for a tropical monsoonal zone with two distinct seasons. The dry season is from November to April and the rainy season from May to October (Ngoc et al, 2014).…”

Effects of Sea Level Rise and Sea Dike Construction on the Downstream End of the Saigon River Basin (Can Gio Bay)

“…The tidal regime in Can Gio Bay is predominantly semi-diurnal (Loon et al 2007), with an average tidal range of -2.5 m to +1.5 m, with two tidal peaks having approximately the same value and two low tide levels that differ considerably. The Can Gio region observes a typical tropical monsoon with two distinctive seasons, and discharge flowing into this bay has a strong seasonal variation with approximately 70% of water collection occurring in the wet season from the end of May to the end of October, and only 30% taking place in the dry season from November to May (Ngoc et al 2014).…”

Crise de abastecimento de água em São Paulo e falta de planejamento estratégico

“…Para mitigar esses problemas, diversas pesquisas têm sido realizadas como a adequação de sistemas de irrigação no norte da China Wang, 2010), assunto também analisado por Alarcón, Garrido e Juana (2014), ou processos de dessalinização da água do mar na Espanha e em Israel (Hadas;Gal, 2014;Zarzo;Terrero, 2013 Outros estudos propõem a utilização de sistemas computacionais e algoritmos com modelagens específicas para ajudar na gestão de recursos hídricos (Ngoc;Hiramatsu;Harada, 2014;Xiao-Jun et al, 2014). Em abordagem similar, Kangrang et al (2013) e Kangrang e Lokham (2013) indicam o uso de técnicas para melhorar o gerenciamento em longo prazo dos reservatórios de água.…”