Sentences with phrase «remote sensing system»

Operate a remote sensing system for all entrance and exits of community, monitor all activities on CCTV and prevent any unlawful entries.

Lord Christopher Monckton, science advisor to British Prime Minister Margaret Thatcher, points out that the Hadley Centre / Climatic Research Unit records show no warming for 19 or 20 years, and the Remote Sensing System (RSS) satellite dataset shows no warming for 24 years.

The wood for dummies graphs show a land and global comparison in both the Hadley Centre surface temps and Remote Sensing System data.

NASA, which uses different statistical techniques, as well as a University of Alabama Huntsville team and the private Remote Sensing System team, which measure using satellites, also said February 2016 had the biggest departure from normal on record.

In their experiment, the researchers used the dual - based IR remote sensing system to observe the spectral curves of the sun and airplanes in flight from distances up to 6 kilometers (4 miles).

Conventional remote sensing systems share a single sensor for both imaging and spectral data processing.

Based on information from satellites and other remote sensing systems, and reports on his movements since his last known location, the students created a probabilistic model of where he was likely to be.

In addition to providing real - time air quality data above and around the leak site to state regulators, the measurements will allow researchers the opportunity to check the accuracy of greenhouse gas measurements made using remote sensing systems such as satellites.

Two different groups, Remote Sensing Systems (RSS) and the University of Alabama Huntsville (UAH) produce global TLT records that are widely used, with RSS originally developing their record in response to issues they identified in the UAH group's work.

It was also third highest on record, at 0.72 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

It tied as the highest on record with 1998, at 1.08 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

It tied with 2010 as the second highest on record, at 0.79 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

It was the third highest on record, at 0.65 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

It was second highest on record (behind 1998), at 1.15 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

It was also highest on record, at 1.10 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

• M. Bhandari, Texas A&M University, third place for Assessing Wheat Foliar Disease Severity Using Ground - and Aerial - based Remote Sensing Systems.

It was also the highest on record, at 0.83 °F above the 1981 — 2010 average, as analyzed by Remote Sensing Systems * (RSS).

When this contamination is removed from the Remote Sensing Systems channel 2 record, the resulting tropospheric trend is 0.18 K / decade during 1979 - 2001.

According to the Remote Sensing Systems» satellite global - temperature dataset, there has now been no global warming at all for more than the past 18 years.

Have you read the published reports that the four agencies that track the earth's temperature (NASA Goddard Institute, Hadley Climate Research Unit, Christy group, and Remote Sensing Systems, Inc.) have all reported the earth has cooled 0.7 C in the past year?

Our emphasis is on real - time data applications of research algorithms in order to validate their broad applicability to existing and planned remote sensing systems capable of providing global and / or regional coverage.

Thanks to NASA's prudence we have a second source for this data, prepared by Remote Sensing Systems (RSS) using different satellites and algorithms.

Remote Sensing Systems (RSS) also compiles data from the satellite instruments, though RSS measures a slightly different range of the lower atmosphere.

from Carl Mears, a scientist at Remote Sensing Systems that studies the climate with satellite measurements, provides a helpful deep dive into the topic.

What NASA failed to mention, though, was far more important: The agency's own satellite temperature data for last year show that 2014 was only the sixth warmest since NASA» Remote Sensing Systems (RSS) satellites went up less than four decades ago.

Image Source: Remote Sensing Systems

This blog post from Carl Mears, a scientist at Remote Sensing Systems that studies the climate with satellite measurements, provides a helpful deep dive into the topic.

This year, Remote Sensing Systems (RSS), one of the two main satellite records that estimate the temperature of the lower atmosphere, released a major update that was corrected due to decaying satellites orbits.

The record produced by Remote Sensing Systems (RSS) shows 2017 as the second warmest year after 2016, while the record from the University of Alabama, Huntsville (UAH) shows it as the third warmest after 2016 and 1998.

The two most commonly cited estimates of temperature in the troposphere based on satellite data are provided on an ongoing basis by Remote Sensing Systems (RSS) and University of Alabama at Huntsville (UAH).

These include the primary surface temperature thermometer records (NASA GISS, NOAA, and HadCRUT); satellite measurements of the lower troposphere temperature processed by Remote Sensing Systems (RSS) and the University of Alabama - Huntsville (UAH); and 5 major reanalysis datasets which incorporate station data, aircraft data, satellite data, radiosonde data, buoy and ship measurements, and meteorological weather modeling.

Most of the cited studies have been produced by two teams: Mears and Wentz at Remote Sensing Systems (RSS) and Christy and Spencer at the University of Alabama (UAH).

The SST field was provided on a daily basis by Remote Sensing Systems and was obtained from TMI MW measuremens for a latitude band between 40N and 40S.

The GISS (Goddard Institute for Space Studies), NCDC (National Climate Data Center), and CRU (Climate Research Unit) data are all compiled from surface records, while the RSS (Remote Sensing Systems) and UAH (University of Alabama - Huntsville) data are compiled from satellite observations of the lower atmosphere.

«The RSS (Remote Sensing Systems) satellite dataset shows no global warming at all for 219 months from October 1996 to December 2014 — more than half the 432 - month satellite record.»

The other two are estimates of lower - troposphere temperature, from RSS (Remote Sensing Systems) and UAH (Univ. of Alabama at Huntsville).

Lower tropospheric temperatures were the sixth highest on record as analyzed by the Remote Sensing Systems (RSS).

C.) and that produced by Remote Sensing Systems (RSS, +0.20 deg.

UAH satellite data has shown no significant global warming trend in more than 15 years — the Remote Sensing Systems satellite dataset shows no warming for more than 18 years.

The satellite data was obtained from the University of Alabama in Huntsville here (LT) and here (MT), and from Remote Sensing Systems here (LT) and here (MT).

«By way of comparison, the University of Alabama Huntsville (UAH) Lower Troposphere CONUS trend over this period is 0.25 °C / decade and Remote Sensing Systems (RSS) has 0.23 °C / decade, the average being 0.24 °C / decade.

The analysis of the satellite data is done by a private company named Remote Sensing Systems.

Remote Sensing Systems continues to provide data to NCDC with respect to the 1979 — 1998 base period; however, NCDC readjusts the data to the 1981 — 2010 base period so that the satellite measurements are comparable.

Four different groups produce temperature records that attempt to compile a single global mean surface temperature: NASA's GISStemp, the Hadley Center's HadCRU, Remote Sensing Systems» RSS, and the University of Alabama, Huntsville's UAH.

Santer et al. found that the model - expected trend was on average 1.55 times larger than the UAH trend (the discrepancy was even smaller when using Remote Sensing Systems [RSS] data).

The two main research groups tracking global lower - tropospheric temperatures (our UAH group, and the Remote Sensing Systems [RSS] group) show 2014 lagging significantly behind 2010 and especially 1998:

To answer this question I looked at more than just the traditional Hadley, NASA and NOAA datasets, but also the measurements of the lower troposphere processed by Remote Sensing Systems (RSS) and the University of Alabama - Huntsville (UAH) as well as the 5 major reanalysis datasets which incorporate station data, aircraft data, satellite data, radiosonde data and meteorological weather modeling.

These are provided solely because Remote Sensing Systems are highly erratic with regard to making their lower troposphere data available and a number of site users specifically wish to compare UAH & RSS MSU data.

The TLT datasets (1979 — 2013 only) were obtained from the University of Alabama in Huntsville's (UAH) National Space Science and Technology Centre (NSSTC) and Remote Sensing Systems (RSS).

Ross McKitrick recently published a paper in the rather obscure scientific journal Open Journal of Statistics in which he purports to show that the «pause» in the data for lower - troposphere temperature (TLT) from Remote Sensing Systems (RSS) has lasted nearly 26 years.