Life in the Balance: Zooplankton’s Battle in a Changing Environment DOI Creative Commons

Shantanabha Das,

Puja Mishra,

Atri Das

et al.

Published: March 20, 2024

Zooplankton are often overlooked but vital components of marine and freshwater ecosystems. pivotal in nutrient cycling ecosystem dynamics as they transfer energy between primary producers higher trophic levels. However, unprecedented growth human population industrialization have exposed aquatic environments to various pollutants, threatening zooplankton communities worldwide. Nutrient over-enrichment, primarily from sewage discharge agricultural runoff, has caused eutrophication water bodies. It is altering species composition favouring the proliferation certain groups while decimating others. As a byproduct industrialization, heavy metals infiltrated ecosystems, accumulating propagating up food chain. poses grave risks health. Microplastics (MPs) infiltrating also threaten zooplankton, impairing feeding, growth, reproduction gene expression. The emergence pharmaceuticals antibiotics environmental contaminants further compounds plight disrupting reproduction, survival, ecological resilience. Pesticides, pervasive harm significantly, jeopardizing stability. Climate change problem by inducing range shifts phenological changes, community dynamics, heightening vulnerability other stressors. Regular monitoring emerged an invaluable indicator function. researchers strive unravel complex interplay stressors reshaping status can signal urgent need for

Language: Английский

The Impact of Microplastics on Fish Poses a Threat to Human Health DOI Creative Commons
Biplab Bhowmik,

Lisa Basu

Published: March 20, 2024

With the growth of human population, production and usage plastics are also increasing. Overuse has adverse effects on environment. Underwater fragment into microplastics (MPs). This MP is a major cause concern as pollutant in aquatic ecosystems. Microplastic contamination not newly discovered problem, but it still crucial issue to discuss. exposure poses great threat fish health. MPs can organ damage, toxic responses, behavioral changes, so on. Additionally, ingestion by directly or indirectly affects lives. Microplastics enter body large amounts through consumption. The accumulation within wide range toxicological negative consequences. control strategies for microplastic their infancy. More detailed study needed about nature order mitigate effects.

Language: Английский

Citations

0
Life in the Balance: Zooplankton’s Battle in a Changing Environment DOI Creative Commons

Shantanabha Das,

Puja Mishra,

Atri Das

et al.

Published: March 20, 2024

Zooplankton are often overlooked but vital components of marine and freshwater ecosystems. pivotal in nutrient cycling ecosystem dynamics as they transfer energy between primary producers higher trophic levels. However, unprecedented growth human population industrialization have exposed aquatic environments to various pollutants, threatening zooplankton communities worldwide. Nutrient over-enrichment, primarily from sewage discharge agricultural runoff, has caused eutrophication water bodies. It is altering species composition favouring the proliferation certain groups while decimating others. As a byproduct industrialization, heavy metals infiltrated ecosystems, accumulating propagating up food chain. poses grave risks health. Microplastics (MPs) infiltrating also threaten zooplankton, impairing feeding, growth, reproduction gene expression. The emergence pharmaceuticals antibiotics environmental contaminants further compounds plight disrupting reproduction, survival, ecological resilience. Pesticides, pervasive harm significantly, jeopardizing stability. Climate change problem by inducing range shifts phenological changes, community dynamics, heightening vulnerability other stressors. Regular monitoring emerged an invaluable indicator function. researchers strive unravel complex interplay stressors reshaping status can signal urgent need for

Language: Английский

Citations

0