NASA Rover Providing New Weather and Radiation Data About Mars

NASA's Curiousity Mars Rover by IntelFreePress
License (according to Flickr): Attribution-ShareAlike License
License (according to Flickr): Attribution-ShareAlike License
PASADENA, Calif. -- Observations of wind patterns and natural radiation patterns on Mars by NASA's Curiosity rover are helping experts better understand the environment on the Red Planet's surface. Scientist using the car-sized mobile lab have recognized transient whirlwinds, mapped winds in relation to slopes, tracked daily and seasonal modifications in air pressure, and connected balanced modifications in radiation to daily atmospheric modifications. The understanding being acquired about these processes helps experts translate evidence about ecological modifications on Mars may have brought about conditions beneficial for life. Throughout the first 12 weeks after Curiosity landed in a location named Gale Crater, a worldwide team of researchers examined data from more than 20 atmospheric events with a minimum of one feature of a whirlwind taped by the Rover Environmental Monitoring Station (REMS) instrument.
Keywords:
Mars Gale Crater Mount Sharp wind direction REMS air pressure Mars Science Laboratory radiation dust Curiosity rover atmospheric daily Jet Propulsion Laboratory NASA wind speed Science Mission Directorate natural radiation radiation dose dust devils Southwest Research Institute atmospheric tide mobile laboratory air temperature seasonal la torre principal investigator Environmental Monitoring ice cap carbon dioxide international team microbes planet thermal Ashima mountain rhythmic Hassler habitable vortex the crater ultraviolet definite astronauts clues storms orbit results Detector estimating scientistPeople:
Gale Crater
Overall Sentiment: -0.0189992
Relevance: 0.808493
Manuel de la Torre
Overall Sentiment: 0
Relevance: 0.290635
| Sentiment | Quote |
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| 0 | "Dust in the atmosphere has a major role in shaping the climate on Mars," said Manuel de la Torre ... |
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Disambiguation: Athlete | FootballPlayerReferences:
Claire Newman
Overall Sentiment: -0.0652673
Relevance: 0.249134
| Sentiment | Quote |
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| -0.237421 | "With the crater rim slope to the north and Mount Sharp to the south, we may be seeing more of the wind blowing along the depression in between the two slopes, rather than up and down the slope of Mount Sharp," said Claire Newman, ... |
| -0.223382 | "With the crater rim slope to the north and Mount Sharp to the south, we may be seeing more of the wind blowing along the depression in between the two slopes, rather than up and down the slope of Mount Sharp," said Claire Newman, a REMS investigator at Ashima Research in Pasadena. "If we don't see a change in wind patterns as Curiosity heads up the slope of Mount Sharp -- that would be a surprise." |
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Don Hassler
Overall Sentiment: 0.0554932
Relevance: 0.223891
Key:
- Aggregate Sentiment is meant to be an indicator of an individual's overall sentiment.
- The Mean is meant to be an indicator of an individual's average comment sentiment.
- The Standard Deviation, when there are enough quotes, will indicate an individual's consistency of sentiment (i.e. a Standard Deviation of 0 would mean they were very consistent in their sentiment and 1 would mean they were very inconsistent).
Note that quote stats are likely to be meaningless beyond the aggregate score due to the tiny sample size. However, they are always provided just in case you find something useful there.
Additional Info:
Organization: NASA
Overall Sentiment: 0.171425
Relevance: 0.4997
Disambiguation: Company | GovernmentAgency | AirportOperator | AwardPresentingOrganization | SoftwareDeveloper | SpaceAgency | SpacecraftManufacturerReferences:
GeographicFeature: Mount Sharp
Overall Sentiment: -0.0576364
Relevance: 0.538286
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City: PASADENA
Overall Sentiment: 0.200764
Relevance: 0.455482
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Facility: Mars Science Laboratory
Overall Sentiment: 0
Relevance: 0.390483
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Source Site: nasa.gov
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Observations of wind patterns and natural radiation patterns on Mars by NASA's Curiosity rover are helping scientists better understand the environment on the Red Planet's surface.
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NASA Rover Providing New Weather and Radiation Data About Mars

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