Pioneer miler Roger Bannister and Everest conqueror Edmund Hillary became, at midcentury, the last great heroes in
an era of sea change in sport
Not exact matches
Dinosaur -
Era Climate
Change Study Suggests Reasons for Turtle Disappearance Mar. 14, 2013 — The dry, barren prairie around Alberta's Drumheller area was once a lush and subtropical forest on the shores
of a large inland
sea, with loads
of wetlands inhabited by dinosaurs, turtles, crocodiles and small mammals.
In Josh Robin's series, Sandy: Five Years Later, NY1 examines what has been done to better protect the five boroughs, as experts believe dangerous weather events will accelerate in this
era of climate
change and rising
seas.
And in the
era of climate
change, those fleeing
sea - level rise will be on the lookout for a place to live on higher ground, which is likely to push people
of color and the poor out
of neighborhoods that have historically been mostly black or Caribbean.
The research concludes that for other
changes, such as regional warming and
sea ice
changes, the observations over the satellite -
era since 1979 are not yet long enough for the signal
of human - induced climate
change to be clearly separated from the strong natural variability in the region
In the Common
Era before the 21st century,
changes in ocean heat content and in mountain glaciers were likely the main drivers
of global
sea - level
change.
What this tells us is that «climate -
change — driven acceleration» has been assumed ahead
of time, and since the raw data failed to confirm the existence
of such an acceleration («In stark contrast to this expectation however, current altimeter products show the rate
of sea level rise to have decreased from the first to second decades
of the altimeter
era.»
A new study confirms that carbon pollution has ended the
era of the stable climate conditions that enabled the development
of modern civilization High levels
of carbon pollution have caused global temperatures to rise above the slow -
changing, relatively stable conditions that existed «when humans were figuring out where the climate — and rivers and
sea levels — were most suited for living and farming.»
Obtaining reliable measurements
of sea ice as it
changes was difficult until the satellite
era began in the early 1970s.
We use the rich climate history
of the Cenozoic
era in the oxygen isotope record
of ocean sediments to explore the relation
of climate
change with
sea level and atmospheric CO2, inferring climate sensitivity empirically.
We make a simple estimate
of global
sea - level
change for the Cenozoic
era using the near - global δ18O compilation
of Zachos et al. [4].
In contrast, before the altimetry
era, direct estimates
of GMSL
changes rely on the coastal network
of tide gauges that provide in situ observations
of sea level relative to the land.