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Past foraminiferal acclimatization capacity is limited during future warming
Climate change affects marine organisms, causing migrations, biomass reduction and
extinctions,. However, the abilities of marine species to adapt to these changes remain …
extinctions,. However, the abilities of marine species to adapt to these changes remain …
Planktic foraminiferal resilience to environmental change associated with the PETM
Carbonate‐forming organisms play an integral role in the marine inorganic carbon cycle, yet
the links between carbonate production and the environment are insufficiently understood …
the links between carbonate production and the environment are insufficiently understood …
[HTML][HTML] The I/Ca paleo-oxygenation proxy in planktonic foraminifera: A multispecies core-top calibration
Iodine-to-calcium ratios (I/Ca) in planktonic foraminifera have been used for the
reconstruction of upper ocean oxygenation in the geologic past, particularly for detecting …
reconstruction of upper ocean oxygenation in the geologic past, particularly for detecting …
[PDF][PDF] cgeniepy: A Python package for analysing cGENIE Earth System Model output
Summary cGENIE is a numerical model that simulates the Earth system (eg, atmosphere,
ocean, land, biosphere, ice sheet, and their interactions) in different geological ages …
ocean, land, biosphere, ice sheet, and their interactions) in different geological ages …
Marine zooplankton acclimated to geological warming but face limits by the next century
R Ying, FM Monteiro, JD Wilson, DN Schmidt - 2023 - eartharxiv.org
Climate changes have threatened marine organisms causing migrations, biomass reduction
and extinctions. However, the capacity of marine species to adapt or acclimate to these …
and extinctions. However, the capacity of marine species to adapt or acclimate to these …