Auswirkung der Erwärmung auf Meeresorganismen

<em><strong>Impact of warming on marine organisms</strong></em>: Marine heatwaves are temporary events lasting several days to months of extremely warm water masses. These carry less oxygen and prevent the aeration of deeper water layers. Warm temperatures accelerate the metabolic rates of marine eurythermal organisms. Aerobic marine organisms reach their physiological capacity limits more quickly in order to transport sufficient oxygen to the cells. This results in reduced growth and migration to colder areas. Heat waves will lead to high mortality rates, especially of sessile animals (corals, mussels). Species shifts, impoverishment of biodiversity with smaller species and shifts in fish catch regions from low to high latitudes will be a global challenge across countries.

Publication Details

Journal
Universität Hamburg
Published
2024-12-01
DOI
https://doi.org/10.25592/uhhfdm.16378
Primary Topic
Lichen and fungal ecology
Type
article
Field-Weighted Citation Impact
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article

Auswirkung der Erwärmung auf Meeresorganismen

Universität Hamburg
Lichen and fungal ecology
article

Auswirkung der Erwärmung auf Meeresorganismen

article en

Abstract

<em><strong>Impact of warming on marine organisms</strong></em>: Marine heatwaves are temporary events lasting several days to months of extremely warm water masses. These carry less oxygen and prevent the aeration of deeper water layers. Warm temperatures accelerate the metabolic rates of marine eurythermal organisms. Aerobic marine organisms reach their physiological capacity limits more quickly in order to transport sufficient oxygen to the cells. This results in reduced growth and migration to colder areas. Heat waves will lead to high mortality rates, especially of sessile animals (corals, mussels). Species shifts, impoverishment of biodiversity with smaller species and shifts in fish catch regions from low to high latitudes will be a global challenge across countries.

Universität Hamburg
Life below water
Openalex Percentile: Top 60%
Lichen and fungal ecology
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Auswirkung der Erwärmung auf Meeresorganismen · Universität Hamburg (2024) | TGRS Research Map | TGRS