Assessing Changes in Energy Reserves Content and Predicting Risks by Modeling Daphnia's Population Dynamics Using Leslie Matrix after Thiram Exposure

Author:

Belaid Chahrazad

Publisher

Elsevier BV

Reference66 articles.

1. These findings are 299 supported by the fact that daphnia treated with 0.016 mg/L of Thiram had a tenth of the survival rate of 300 control daphnia, and the chronic test revealed a drop in fertility. The table below (Tab. 4) illustrates the 301 dynamics of the daphnia population of each age class as well as the total number of populations over 25-302 time steps, 90% of daphnids class (2) die after their first laying and do not develop for a second laying. The 303 number of juveniles produced by adult daphnia class (2) is reduced to an average of 3.8 juveniles. At this 304 critical dose, Thiram begins to have a significant impact on population dynamics;Y Bayona;A continuous population increase was predicted, it reached an average of 90 million in total, and 298 nonetheless, it still represents a very small population when compared with the control,1976

2. Energy budget in Daphnia magna exposed to natural stressors;T U Bergman Filho;Environmental Science and Pollution Research,2011

3. Alterations in Concentrations of Protein, Carbohydrate, Glycogen, Free Sugar, and Lipid in the PrawnMacrobrachium malcolmsoniion Exposure to Sublethal Concentrations of Endosulfan;P S Bhavan;Pesticide Biochemistry and Physiology,1997

4. Metabolism of natural and cultured populations of Daphnia related to secondary production: With 7 figures in the text;P Bla�ka;Internationale Vereinigung f�r theoretische und angewandte Limnologie,1966

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