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Cameron's Earthqauke data
Arc explorer project[1]
Arc explorer project[1]
ckf1
Cameron's Earthquake Data
Arc explorer project[1]
Arc explorer project[1]
ckf1
Fdl 2016 overview
Fdl 2016 overview
Fdl 2016 overview
Leonard Silverberg
I gave this talk at a conference for young scientists in New Zealand, "Running Hot": www.runninghot.org.nz. It was a great meeting. My slides are mostly images, so may not make too much sense. Abstract follows: Impressed with the telephone, Arthur Mee predicted in 1898 that if videoconferencing could be developed, ‘earth will be in truth a paradise.’ Since his time, rapid technological change, in particular in telecommunications, has transformed the scientific playing field in ways that while not entirely paradisical, certainly have profound implications for New Zealand scientists. The Internet has abolished distance, as Mee also predicted–a New Zealand scientist can participate as fully in online discussions as anyone else, and their blog can be every bit as influential. Exponential improvements in networks, computing, sensors, and data storage are also profoundly transforming the practice of science in many disciplines. But those seeking to leverage these advances become painfully familiar with the ‘dirty underbelly’ of exponentials: if you don’t constantly innovate, you can fall behind exponentially fast. Such considerations pose big challenges for the individual scientist and for institutions, for researchers and educators, and for research funders. Some of the old ways of researching and educating need to be preserved, others need to be replaced to take advantage of new methods. But what should we preserve? What should we seek to change?
Running Hot October 2008
Running Hot October 2008
Ian Foster
A Presentation on the ecological application of UAS technology - Presented as a Keynote at the first UAS4RS conference
Ecosystem science requirements for uas remote sensing
Ecosystem science requirements for uas remote sensing
bensparrowau
The Internet of Things is already transforming how we work in surprising ways. 8 case studies compare the past and present with 3 lessons to actually make work better.
IoT and the Future of Work
IoT and the Future of Work
Tytus Michalski
Prof. Dr. Frank Steinicke (Professor für Mensch-Computer-Interaktion, Universität Hamburg): Riding the wave of Exponential Innovation – Elephants do not eat mice, but cheetahs eat gnus AT World Usability Day Hamburg 12-Nov-2015 http://www.uxhh.de/wud/2015.html
Riding the Wave of Exponential Innovation
Riding the Wave of Exponential Innovation
uxHH
This is a presentation that I created to talk with my daughter's 5th grade class about space and the importance of science. I worked on the EO-1 satellite primarily and show the value of remote sensing and how it relates to ecology, meteorology and environmental science.
Space Science talk for 5th grade class
Space Science talk for 5th grade class
Michael Nickle
Recommandé
Cameron's Earthqauke data
Arc explorer project[1]
Arc explorer project[1]
ckf1
Cameron's Earthquake Data
Arc explorer project[1]
Arc explorer project[1]
ckf1
Fdl 2016 overview
Fdl 2016 overview
Fdl 2016 overview
Leonard Silverberg
I gave this talk at a conference for young scientists in New Zealand, "Running Hot": www.runninghot.org.nz. It was a great meeting. My slides are mostly images, so may not make too much sense. Abstract follows: Impressed with the telephone, Arthur Mee predicted in 1898 that if videoconferencing could be developed, ‘earth will be in truth a paradise.’ Since his time, rapid technological change, in particular in telecommunications, has transformed the scientific playing field in ways that while not entirely paradisical, certainly have profound implications for New Zealand scientists. The Internet has abolished distance, as Mee also predicted–a New Zealand scientist can participate as fully in online discussions as anyone else, and their blog can be every bit as influential. Exponential improvements in networks, computing, sensors, and data storage are also profoundly transforming the practice of science in many disciplines. But those seeking to leverage these advances become painfully familiar with the ‘dirty underbelly’ of exponentials: if you don’t constantly innovate, you can fall behind exponentially fast. Such considerations pose big challenges for the individual scientist and for institutions, for researchers and educators, and for research funders. Some of the old ways of researching and educating need to be preserved, others need to be replaced to take advantage of new methods. But what should we preserve? What should we seek to change?
Running Hot October 2008
Running Hot October 2008
Ian Foster
A Presentation on the ecological application of UAS technology - Presented as a Keynote at the first UAS4RS conference
Ecosystem science requirements for uas remote sensing
Ecosystem science requirements for uas remote sensing
bensparrowau
The Internet of Things is already transforming how we work in surprising ways. 8 case studies compare the past and present with 3 lessons to actually make work better.
IoT and the Future of Work
IoT and the Future of Work
Tytus Michalski
Prof. Dr. Frank Steinicke (Professor für Mensch-Computer-Interaktion, Universität Hamburg): Riding the wave of Exponential Innovation – Elephants do not eat mice, but cheetahs eat gnus AT World Usability Day Hamburg 12-Nov-2015 http://www.uxhh.de/wud/2015.html
Riding the Wave of Exponential Innovation
Riding the Wave of Exponential Innovation
uxHH
This is a presentation that I created to talk with my daughter's 5th grade class about space and the importance of science. I worked on the EO-1 satellite primarily and show the value of remote sensing and how it relates to ecology, meteorology and environmental science.
Space Science talk for 5th grade class
Space Science talk for 5th grade class
Michael Nickle
Earthquakedata
Earthquakedata
gmixonscience
Earthquake Presentation
Earthquake Presentation
carlicosenza
Earthquake Presentation
Earthquake Presentation
singingstar818
Sophia's Earthquake Data presentation
Sophia's Earthquake Data presentation
sld1
Modern techniques for prediction of earthquakes
Modern techniques for prediction of earthquakes.pptx
Modern techniques for prediction of earthquakes.pptx
SonaSiva1
Earthquakemoodlepresentation
Earthquakemoodlepresentation
Mat
Earthquake mixon
Earthquake mixon
gmixonscience
Earthquakes
Earthquakes
snp3
Earthquake data
Earthquake data
nww1
Earthquakes
Earthquakes
coolalison916
Terra Seismic can predict most major earthquakes (M6.2 or greater) at least 2 - 5 months before they will strike. Global earthquake prediction is based on determinations of the stressed areas that will start to behave abnormally before major earthquakes. The size of the observed stressed areas roughly corresponds to estimates calculated from Dobrovolsky’s formula. To identify abnormalities and make predictions, Terra Seismic applies various methodologies, including satellite remote sensing methods and data from ground-based instruments. We currently process terabytes of information daily, and use more than 80 different multiparameter prediction systems. Alerts are issued if the abnormalities are confirmed by at least five different systems. We observed that geophysical patterns of earthquake development and stress accumulation are generally the same for all key seismic regions. Thus, the same earthquake prediction methodologies and systems can be applied successfully worldwide. Our technology has been used to retrospectively test data gathered since 1970 and it successfully detected about 90 percent of all significant quakes over the last 50 years.
Terra Seismic : Global Earthquake Prediction Systems
Terra Seismic : Global Earthquake Prediction Systems
Oleg Elshin (3,100+ connections)
Earthquake Data
Earthquake Data
gmixonscience
Science earthquake data
Science earthquake data
Katiecc123
Science Earthquake Data
Science Earthquake Data
Katiecc123
Science earthquake data
Science earthquake data
Katiecc123
Earthquakes
Earthquakes
snp3
Arc explorer results
Arc explorer results
gmixonscience
The next great objective in Space is the surface exploration of a planet orbiting a distant star. The Robotic Interstellar GEologicaL probe, RIGEL, is designed to land on an exoplanet and roam across its surface. This will be a logical follow-on to space telescope surveys and flyby missions. The engineering challenge that this presents is one reason that the RIGEL project should be initiated promptly. The hurdles are immense, but the prize is worth the effort. For the first time in history, an explorer from the Earth will be able to walk about the surface of an alien planet. That explorer will be a machine, a proxy for mankind. Besides geology, Rigel will also analyze any life on its target world. There are investigations that can only be conducted in-situ. For example, if there are plants which use stellar light (sunshine) as an energy source, the structure of their photosynthesizing pigment can only be determined by directly analyzing the plant structure.
Rigel Exoplanet Geologist
Rigel Exoplanet Geologist
Sérgio Sacani
Measures of earthquakes
Measures of earthquakes
Gana Ahmed
Earthquake exploration[1]
Earthquake exploration[1]
Katiecc123
Pie
The basics of sentences session 3pptx.pptx
The basics of sentences session 3pptx.pptx
heathfieldcps1
Wednesday 20 March 2024, 09:30-15:30.
Accessible Digital Futures project (20/03/2024)
Accessible Digital Futures project (20/03/2024)
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Earthquakedata
Earthquakedata
gmixonscience
Earthquake Presentation
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carlicosenza
Earthquake Presentation
Earthquake Presentation
singingstar818
Sophia's Earthquake Data presentation
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sld1
Modern techniques for prediction of earthquakes
Modern techniques for prediction of earthquakes.pptx
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SonaSiva1
Earthquakemoodlepresentation
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Mat
Earthquake mixon
Earthquake mixon
gmixonscience
Earthquakes
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snp3
Earthquake data
Earthquake data
nww1
Earthquakes
Earthquakes
coolalison916
Terra Seismic can predict most major earthquakes (M6.2 or greater) at least 2 - 5 months before they will strike. Global earthquake prediction is based on determinations of the stressed areas that will start to behave abnormally before major earthquakes. The size of the observed stressed areas roughly corresponds to estimates calculated from Dobrovolsky’s formula. To identify abnormalities and make predictions, Terra Seismic applies various methodologies, including satellite remote sensing methods and data from ground-based instruments. We currently process terabytes of information daily, and use more than 80 different multiparameter prediction systems. Alerts are issued if the abnormalities are confirmed by at least five different systems. We observed that geophysical patterns of earthquake development and stress accumulation are generally the same for all key seismic regions. Thus, the same earthquake prediction methodologies and systems can be applied successfully worldwide. Our technology has been used to retrospectively test data gathered since 1970 and it successfully detected about 90 percent of all significant quakes over the last 50 years.
Terra Seismic : Global Earthquake Prediction Systems
Terra Seismic : Global Earthquake Prediction Systems
Oleg Elshin (3,100+ connections)
Earthquake Data
Earthquake Data
gmixonscience
Science earthquake data
Science earthquake data
Katiecc123
Science Earthquake Data
Science Earthquake Data
Katiecc123
Science earthquake data
Science earthquake data
Katiecc123
Earthquakes
Earthquakes
snp3
Arc explorer results
Arc explorer results
gmixonscience
The next great objective in Space is the surface exploration of a planet orbiting a distant star. The Robotic Interstellar GEologicaL probe, RIGEL, is designed to land on an exoplanet and roam across its surface. This will be a logical follow-on to space telescope surveys and flyby missions. The engineering challenge that this presents is one reason that the RIGEL project should be initiated promptly. The hurdles are immense, but the prize is worth the effort. For the first time in history, an explorer from the Earth will be able to walk about the surface of an alien planet. That explorer will be a machine, a proxy for mankind. Besides geology, Rigel will also analyze any life on its target world. There are investigations that can only be conducted in-situ. For example, if there are plants which use stellar light (sunshine) as an energy source, the structure of their photosynthesizing pigment can only be determined by directly analyzing the plant structure.
Rigel Exoplanet Geologist
Rigel Exoplanet Geologist
Sérgio Sacani
Measures of earthquakes
Measures of earthquakes
Gana Ahmed
Earthquake exploration[1]
Earthquake exploration[1]
Katiecc123
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Earthquakedata
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Earthquake Presentation
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Modern techniques for prediction of earthquakes.pptx
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Earthquake mixon
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Earthquakes
Earthquakes
Earthquake data
Earthquake data
Earthquakes
Earthquakes
Terra Seismic : Global Earthquake Prediction Systems
Terra Seismic : Global Earthquake Prediction Systems
Earthquake Data
Earthquake Data
Science earthquake data
Science earthquake data
Science Earthquake Data
Science Earthquake Data
Science earthquake data
Science earthquake data
Earthquakes
Earthquakes
Arc explorer results
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Rigel Exoplanet Geologist
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Measures of earthquakes
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UGC NET Paper 1 Mathematical Reasoning & Aptitude.pdf
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Arc explorer project[1]
1.
Arc Explorer Project
By: Cameron Fox
2.
SigBig Data
3.
Last Year
4.
SigBig and Last
Year
5.
SigBig with Buffering
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