[HTML][HTML] Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - Insects, 2022 - mdpi.com
Simple Summary Deep-water habitats are the largest ecosystem on the planet: over half of
the Earth's surface is covered with a water layer deeper than 200 m and remains poorly …
the Earth's surface is covered with a water layer deeper than 200 m and remains poorly …
[HTML][HTML] Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - Insects, 2022 - ncbi.nlm.nih.gov
Lake Baikal is the only freshwater reservoir inhabited by deep-water fauna, which originated
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - agris.fao.org
Lake Baikal is the only freshwater reservoir inhabited by deep-water fauna, which originated
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
[引用][C] Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep‐Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - Insects, 2022 - elibrary.ru
Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal.
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - Insects, 2022 - europepmc.org
Lake Baikal is the only freshwater reservoir inhabited by deep-water fauna, which originated
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov… - …, 2022 - pubmed.ncbi.nlm.nih.gov
Lake Baikal is the only freshwater reservoir inhabited by deep-water fauna, which originated
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal.
E Madyarova, Y Shirokova, A Gurkov… - Insects (2075 …, 2022 - search.ebscohost.com
Abstract Simple Summary: Deep-water habitats are the largest ecosystem on the planet:
over half of the Earth's surface is covered with a water layer deeper than 200 m and remains …
over half of the Earth's surface is covered with a water layer deeper than 200 m and remains …
Metabolic Tolerance to Atmospheric Pressure of Two Freshwater Endemic Amphipods Mostly Inhabiting the Deep-Water Zone of the Ancient Lake Baikal
E Madyarova, Y Shirokova, A Gurkov, P Drozdova… - Insects, 2022 - search.proquest.com
Lake Baikal is the only freshwater reservoir inhabited by deep-water fauna, which originated
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …
mostly from shallow-water ancestors. Ommatogammarus flavus and O. albinus are endemic …