Abstract

This paper presents the results of frequent observations of the intensity of production processes in the surface water layer in the Krasnovidovo pool of the Mozhaysk Reservoir from June 17, 2018 to September 26, 2018. Measurements were carried out using an automatic production meter developed by A.V. Goncharov, a system of water temperature recorders, subaquatic illumination, photosynthetically active radiation (PAR), and meteorological characteristics. No statistically significant relationship between gross production and the main predictors determining its value have been recorded throughout the measurement period, while its relationships with water temperature and illumination proved to be statistically significant for the period with no limitation of biogenic elements and for the autumn cooling period. According to the results, an important factor determining the amount of gross production is dynamic mixing.

中文翻译：

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基于自动测量的生产过程天气变化研究结果

摘要

本文介绍了2018年6月17日至2018年9月26日对莫扎伊斯克水库克拉斯诺维多沃水池地表水层生产过程强度进行频繁观测的结果。测量是使用AV公司开发的自动生产计进行的。 Goncharov，一个水温记录仪、水下照明、光合有效辐射 (PAR) 和气象特征系统。在整个测量期间，总产量与决定其值的主要预测因素之间没有记录到统计上显着的关系，而在无生物元素限制的时期和秋季降温期间，其与水温和光照的关系被证明具有统计显着性。结果表明，决定总产量的一个重要因素是动态混合。