Evaluation of the toxicity of superfine materials to change the physiological functions of aquatic organisms of different trophic levels

Monitoring Bioindication of Plankton through the Analysis of the Fourier Spectra of the Underwater Digital Holographic Sensor Data

“…The object of the DHC study is free-living (autochthonous) zooplankton and ecosystem functions based on plankton concentration on a certain spatial scale (DHC working volume) but representing the long monitoring series of measurements. Due to the different rate of plankton community interaction with environmental factors [5,6,13,14,[24][25][26][27][28][29][30][31][32], including the appearance of pollutants, it is possible to use the ecosystem functions that are different in terms of responsiveness.…”

Phototropic response features for different systematic groups of mesoplankton under adverse environmental conditions

“…Over the past two decades, quite a few studies have been devoted to water biotesting techniques based on the analysis of various features of aquatic organisms, namely survival registration (OECD, 2013(OECD, , 2019, reproducibility, offspring quality, morphological parameter changes (OECD, 2013), physiological functions, and behavioral responses (Lechelt et al, 2000;Morgalev et al, 2015;Nikitin, 2014;Wang et al, 2019). The most promising are the methods of water biomonitoring using behavioral responses of local species of hydrobionts, and primarily bivalves (Sukharenko et al, 2017), branchiopoda (Carreño-León et al, 2014) and copepoda (Lechelt et al, 2000;Pan et al, 2015Pan et al, , 2017Ren et al, 2017), and fish (Ren et al, 2016).…”