Ruth Curry's work is quite good in
understanding ocean flows, currents and changes.
Not exact matches
Above all,
understanding human civilisation as an
ocean into which many rivers
flow and contribute guards against the conceptual possibility of hermetic civilisations destined to come into conflict with one another.
Glaciers around the world are melting and contributing to sea level rise, but scientists still don't quite
understand how exactly glaciers give birth to icebergs as they
flow into the
ocean and lose ice.
Sharks are at the top of the
ocean food chain, Meyer noted, making them an important part of the marine ecosystem, and knowing more about these fish helps scientists better
understand the
flow of energy through the
ocean.
Understanding how carbon
flows between land, air and water is key to predicting how much greenhouse gas emissions the earth, atmosphere and
ocean can tolerate over a given time period to keep global warming and climate change at thresholds considered tolerable.
Then there is the increased poleward
flow of the
ocean currents — partly driven by Hurricanes, I
understand.
You
understand the «island life» and you can rest, relax, and look at the
ocean and go with the traffic's
flow.
I
understand that
ocean circulation is complicated but I have been trying to find out how much is known about the
flows of underground rivers and where they enter the
ocean.
The authors expect that an improved
understanding will lead to more answers about how these plumes affect the
ocean regions into which they
flow and their potential effects on aquatic plants, animals, and climate.
In particular is it something that could in principle be measured in our lifetime, or are we stuck with calculating it based on our best
understanding of how heat
flows between the
ocean and the atmosphere?
To fully
understand the causes of changes in ice
flow requires research on the ice itself, the nearby
ocean, and the Antarctic climate.
The details of heat
flow into the
ocean is much harder to measure than surface temperature and the details of it much less well
understood.
One can not
understand how water
flows north through the Gulf Stream without
understanding what is happening in the southern
oceans.
The problem is that we do not completely
understand the factors that control how rapidly the ice
flows and thus enters the
ocean.
Such accelerated
flow leads to increased ice discharge into the
ocean, but the relevant dynamical processes are not properly
understood nor included in continental ice - sheet models, the main difficulty being the treatment of grounding - line migration in response to increased melting of ice by the
ocean.
To get a better
understanding of how organic phosphorus and nitrogen contribute to the wider Arctic
Ocean nutrient budget, Torres - Valdés et al. measured nutrient loads along the paths of currents
flowing into and out of the Arctic Basin.
Customer service skills, the ability to handle vendor relations, capability of tracking and tracing shipments, and
understanding of department process
flows are just some of the skills that an
ocean import agent needs to possess.