墨西哥热带纬度中央区城市人工水体的理化、初级生产和营养状态变化

Guadalupe de la Lanza Espino, S. H. Pulido, Angel D. Ramirez
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引用次数: 0

摘要

热带纬度地区的人工水体有规律或极端的水贡献,这取决于气候和年际变化,年际变化导致水的物理化学特征的差异;除了气候。根据地形,它们接收外围径流;就像Cantera Oriente这样的墨西哥人工水体而言,它们也将取决于导致水量变化的地形。所有这些影响在保守和非保守的物理化学成分通过稀释水在雨季和集中在旱季。因此,本文估算了温度、电导率、溶解氧、pH随养分(总磷和总氮、叶绿素a和初级产量)的变化。在Cantera Oriente,所有这些参数导致缺氧和缺氧条件,以及根据一年中的月份变化很大的肥厚,此外,必须添加人为污水径流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physicochemical, primary production and trophic state variation of an urban artificial water body located in the central zone of the tropical latitude of Mexico
Artificial water bodies at tropical latitudes have regular or extreme water contributions dependent of climate and interannual variations that result in differences in the physicochemical characteristics of the water; in addition to the climate. They receive peripheral runoff two, according to geomorphology; in the case of Mexican artificial water bodies as Cantera Oriente, they will also depend on the orography that entails changes in the volumes of water. All of this influence in conservative and non-conservative physiochemical components through dilute the water in the rainy season and concentrate it in the dry season. Therefore, this paper estimates the variations of: temperature, conductivity, dissolved oxygen, pH, with nutrients (total phosphorus and nitrogen, chlorophyll “a” and primary production). In the Cantera Oriente all this parameters resulting in an oxic and anoxic condition, as well as a widely variable hypertrophy, depending on the month of year, in addition, anthropogenic sewage runoff must be added.
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