Effect of oil and oil products on morphofunctional parameters of marine macrophytes

Physiological changes and rate of resistance of Acrosiphonia arcta (Dillwyn) Gain upon exposure to diesel fuel

“…А similar effect of hydrocarbons on Enteromorpha was shown in studies by O.V. Stepanyan ( Stepanyan, Voskoboynikov, 2006 ), as well as on Coccotylus truncatus and Saccharina latissima ( Hsiao et al., 1978 ). During the experiments on the effect of a DF film on the green alga Ulva lactuca, it was shown that a short-term exposure to the film (up to 6 h) resulted in cellular plasmolysis, impaired development of spores and gametes and in a decrease in the photosynthetic rate ( Ryzhik and Makarov, 2019 ).…”

“…Petroleum products that enter aquatic environments cause mechanical damage to algae because they stick to thalli, and also lead to inhibition of their physiological processes, which causes the death of organisms. The loss of key primary producer species from phytocenoses can significantly reduce species diversity and the volume of primary products supplied to the ocean ( O’Brien, Dixon, 1976 ; Stekoll and Deysher, 2000 ; Stepanyan, Voskoboynikov, 2006 ; Lewis, Pryor, 2013 ; Ryzhik et al., 2019 , Malavenda, 2019 ).…”

Hypnea musciformis (Wulfen) J. V. Lamour. (Gigartinales, Rhodophyta) responses to gasoline short-term exposure: biochemical and cellular alterations

“…Although effects of petroleum hydrocarbons and heavy metals have been extensively studied (O'Brien et al 1976;Ansari et al 2004;Stepanyana & Voskoboinikov 2006;Jarvis & Bielmyer-Fraser 2015;El-Shoubaky & Mohammad 2016;Pilatti et al 2016;Costa et al 2017, Sinaei et al 2018, available data regarding gasoline effects in benthic macroalgae is surprisingly scarce. Gasoline is a complex hydrocarbons mixture containing from 4 to 12 carbon atoms (Oliveira et al 2004;Wiedemann et al 2005).…”

Some Biological Characteristics of the Primorsky Scallop Cultivated in the Area of the Oil Terminal in Kozmino Bay (Nakhodka Bay, Sea of Japan)

“…Special marine oil port Kozmino Ltd. is located in the water area of the Kozmino bay of the Sea of Japan and, in terms of environmental impact, is a potentially hazardous facility that requires regular monitoring in order to timely identify and eliminate possible pollution. The monitoring program of the impact of the oil port's production activity on the natural ecosystem of Kozmino bay included monitoring of the state of the Primorsky scallop, which allows monitoring the state of the environment and is one of the methods for assessing and controlling the industrial pollution [1][2][3][4][5][6][7]. Marine invertebrates are known to be influenced by pollution and other unfavorable environmental factors throughout their entire life cycle [8][9][10][11][12][13][14][15][16][17][18][19][20][21][22].…”