Not exact matches
It comes down to what every scientist knows too well — analyzing
data collected by different methods, and at different times, is a tricky business because some methods of
collecting ocean surface
temperatures are more accurate than others.
And some California surfers are becoming citizen scientists, thanks to «smartfins,» surfboard - mounted sensors that
collect coastal
ocean temperature data.
The scientists, led by Eric Oliver of Dalhousie University in Canada, investigated long - term heat wave trends using a combination of satellite
data collected since the 1980s and direct
ocean temperature measurements
collected throughout the 21st century to construct a nearly 100 - year record of marine heat wave frequency and duration around the world.
Analyzing
data collected over a 20 - month period, scientists from NASA's Goddard Space Flight center in Greenbelt, Md., and the Massachusetts Institute of Technology found that the number of cirrus clouds above the Pacific
Ocean declines with warmer sea surface
temperatures.
The project, called Estimating the Circulation and Climate of the
Ocean (ECCO), uses observational data — including ocean surface topography, surface wind stress, temperature, salinity profiles and velocity data — collected between June 2005 and December
Ocean (ECCO), uses observational
data — including
ocean surface topography, surface wind stress, temperature, salinity profiles and velocity data — collected between June 2005 and December
ocean surface topography, surface wind stress,
temperature, salinity profiles and velocity
data —
collected between June 2005 and December 2007.
As the LRAUVs move through the
ocean, they
collect information about water
temperature, chemistry, and chlorophyll (an indicator of microscopic algae) and send this
data to scientists on shore or on a nearby ship.
The reason could be linked to rising sea surface
temperatures — fueled in part by global warming — as seen in
ocean buoy
data collected along the U.S. coast.
Verify using
data collected only over the 1/3 of the planet that is covered with land strikes me as odd, particularly because we expect the land
temperatures to rise faster than
ocean temperatures.
Earlier this year he spoke at the prestigious TED conference in Long Beach, Calif., and stated what may seem a non-threatening fact:
data collected from 3,000 Argo floats that record
temperatures around the world's
oceans at different depths showed that the earth's energy imbalance is precisely «six - tenths of a watt per square metre.»
Similarly, the buoy anchors lines could be equipped with instrumentation to
collect data on
ocean currents,
temperature or chlorophyll concentrations at different depths.
Superficial questions like «Q: Did you
collect and measure the
ocean and land
temperature data from all 73 sites?»
The dust −
temperature relationships for the Southern
Ocean and Chinese Loess are shown in Fig. 3 B and C. To further minimize possible issues connected with time scales,
data uncertainty, and uneven
data distribution across
temperature ranges, we
collect the dust deposition −
temperature data points for each
data set combination in Fig. 3 into four bins (see Materials and Methods).
We will also continue our contribution to the international Argo floats program which provides thousands of datapoints for
temperature and salinity of our
oceans; and we'll be investing more in autonomous vehicles, using innovation to
collect more
data than ever before.
Starting with Terra in 1999, NASA has launched a fleet of Earth - observing satellites that
collect data on everything from
temperature and precipitation to underground aquifers and
ocean currents and soil moisture to wildfires and storms.
During its over three year journey the HMS Challenger not only
collected thousands of new species and sounded unknown
ocean depths, but also took hundreds of
temperature readings —
data which is now proving invaluable to our understanding of climate change.