Consideration of these features and the effects of climate
change on krill dynamics are critical to managing both krill harvests and the recovery of baleen whales in the Southern Ocean.
Not exact matches
The discovery of the
krill and whale «super-aggregations» sheds light
on an important but overlooked foraging ground for the endangered humpbacks — one that may be threatened by the region's rapidly
changing climate.
Furthermore, only recently have researchers been able to consider both the ecological relationships among
krill predators (e.g., niche overlap) and the potential effects of climate
change on those relationships, specifically as they relate to the availability of their
krill prey [14].
Failure to account for the effects of climate
change on these dynamics will undermine our ability to understand
changes in the standing biomass of Antarctic
krill and also to predict the recovery of whale populations from a century of mismanagement and overexploitation [37].
Effects of harvest and climate
change on polar marine ecosystems: case studies from the Antarctic Peninsula and Hudson Bay C Hoover — 2012 — circle.ubc.ca... Future simulations of the Antarctic Peninsula identify large reductions in ecosystem biomass of all species due
changes in environmental conditions and an overall reduction in
krill, with minimal ecosystem impacts from harvest.
In the future, climate
change could hurt
krill numbers because they have a complex life cycle that is dependent
on stable ocean conditions, according to a recent study.
Krill are
on the front lines of climate
change — melting sea ice is destroying their habitat, and ocean acidification could further harm them.