vania-janet/multiturn-rag-retrieval-data huggingface dataset:
40 ID Urban Warfare | Cal Guard
Dr. John P. Sullivan (United States) – @ZFTWARNING on TwitterLieutenant (Retired), Los Angeles Sheriff’s Department; Instructor, Safe Communities Institute, University of Southern California/  Interest: Medical and Humanitarian Challenges in urban warfare, policing, organized crime, Mexican/Central American/South American cartels, hybrid influence
Jesus Roman (UK/Spain) – @jesusfroman on Twitter, jfromangarcia@gmail.com Architect / Interest: Urban Warfare, UAVs & UGVs in Urban Warfare PLA
CPT Colin Papuschak (Canada) – @CPapuschak on TwitterPosition and / or interest: Canadian Armed Forces Intelligence Officer, urban IPOE, ISR, and urban operations doctrine
Maj Shaun Clarke (UK) – @ShaunCl20398535 on Twitter / shaun.clarke368@mod.gov.ukPosition and / or interest: SO2 Urban Warfare Development, Combat Maneuver Centre, British Army.
Maj Rob Malcolm (USA) – @RobMalcolm7 on Twitter / robert.malcolm@usmc.milPosition and / or interest: Urban warfare, Marine Air Ground Task Force Training Command, Marine Corps Air Ground Combat Center, Twentynine Palms
Maj Steve Collins (USA) – Stephen.m.collins2@usmc.milPosition and / or interest: Urban Team OIC, Coyote 31U, Marine Air Ground Task Force Training Command, Marine Corps Air Ground Combat Center, Twentynine Palms
Dr. Margarita Konaev (USA) – @RitaKonaev on TwitterPosition and / or interest: Professor at Georgetown University; Artificial Intelligence, Russia, urban warfare, MENA
Sahr Muhammedally (USA) – @Sahrmally on TwitterPosition and / or interest: Civilian protection in urban warfare, climate change, human rights.
Antônio Sampaio (Italy / UK) – @antoniosamp on TwitterPosition and / or interest: Senior Analyst @GI_TOC on Twitter, research and writer on violence and armed groups in cities.

Please continue the conversation by using hashtags #urbanwarfare or #urbanoperations in your social media posts.
Contact us at 40ID-urban-warfare@army.mil if you would like to add your contact info to the community roster

Tweets by UrbanWarfareCtr
California Fish and Wildlife Journal - Contents

The bird community of an oak woodland stream. Gregory A. Giusti, Robert J. Keiffer, and Charles E. Vaughan
Habitat associations of steelhead trout near the southern extent of their range. Anthony P. Spina
A temporal, sex-specific occurrence pattern among white sharks at the South Farallon Islands, California. Scot D. Anderson and Peter Pyle
Responses of San Joaquin kit foxes to an oil-gas well fire. Howard O. Clark, Jr.

California Fish and Game 89(1). Winter 2003.

Historical analysis of Diazinon from the San Joaquin River watershed with implications for exceeding water quality targets. Lenwood W. Hall, Jr.
The physiological performance of golden trout at water temperatures of 10-19° C. Christopher A. Myrick and Joseph J. Cech, Jr.
Spatial, seasonal, and size-dependent variation in the diet of Sacramento pikeminnow in the Ell River, northwestern California. Rodney J. Nakamoto and Brett C. Harvey
Occurrence of Baylisascaris procyonis in Marin, Sonoma, and Alameda counties in northern California. Valkyrie P. Kimball, Danielle Young, Ron Keith, Kevin R. Kazacos, and Jody Sakanari
First reported occurrence of Porocephalus crotali (Pentastomida: Porocephalidae) in the Santa Catalina Island rattleless rattlesnake. Stephen R. Goldberg, Charles R. Bursey, and Kent R. Beaman

2002

California Fish and Game 88(4). Fall 2002.

Larval delta smelt diet composition and feeding incidence: environmental and ontogenetic influences. Matthew L. Nobriga
Sampling methods and trapping success trends for the Mojave ground squirrel, Spermophilus mohavensis. Matthew L. Brooks and John R. Matchett
First record of the armed grunt, Conodon serrifer (Haemulidae), in southern California. Robert H. Moore and Kevin T. Herbinson
Newly discovered food and habitat use by California red tree voles. Theodore Wooster and Pamela Town
Agent Orange Exposure And Disability Compensation | Veterans Affairs
Aboard a U.S. military vessel that operated in the inland waterways of Vietnam, or
On a vessel operating not more than 12 nautical miles seaward from the demarcation line of the waters of Vietnam and Cambodia

Or you must have served in at least one of these locations that we’ve added based on the PACT Act:

Any U.S. or Royal Thai military base in Thailand from January 9, 1962, through June 30, 1976, or 
Laos from December 1, 1965, through September 30, 1969, or
Cambodia at Mimot or Krek, Kampong Cham Province from April 16, 1969, through April 30, 1969, or
Guam or American Samoa or in the territorial waters off Guam or American Samoa from January 9, 1962, through July 31, 1980, or
Johnston Atoll or on a ship that called at Johnston Atoll from January 1, 1972, through September 30, 1977

Or at least one of these must be true for you:

You served in or near the Korean DMZ for any length of time between September 1, 1967, and August 31, 1971, or
You served on active duty in a regular Air Force unit location where a C-123 aircraft with traces of Agent Orange was assigned, and had repeated contact with this aircraft due to your flight, ground, or medical duties, or
You were involved in transporting, testing, storing, or other uses of Agent Orange during your military service, or
You were assigned as a Reservist to certain flight, ground, or medical crew duties at one of the locations listed here

Eligible Reserve locations, time periods, and units include:

Lockbourne/Rickenbacker Air Force Base in Ohio, 1969 to 1986 (906th and 907th Tactical Air Groups or 355th and 356th Tactical Airlift Squadrons)
Westover Air Force Base in Massachusetts, 1972 to 1982 (731st Tactical Air Squadron and 74th Aeromedical Evacuation Squadron, or 901st Organizational Maintenance Squadron)
Pittsburgh International Airport in Pennsylvania, 1972 to 1982 (758th Airlift Squadron)

For more service requirement details, review these sources:
Public Law 116-23 (Blue Water Navy Vietnam Veterans Act of 2019) on Congress.gov
Air Force specialty codes and units for affected C-123 aircraft (PDF)
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Larger Wheat Harvest in Ukraine Than Expected
“That’s down from the previous year’s record harvest of 33 million tons, but it’s close to the five-year average of 27.9 million tons,” Becker-Reshef added. However, Ukraine does not have access to 22 percent of that wheat in the eastern part of the country due to the war. 
The map at the top of the page, based on NASA Harvest data, shows the distribution of unharvested wheat in late August 2022. Data showing the location of the front line comes from the Institute for the Study of War and the American Enterprise Institute’s Critical Threats Project.

July 12 - 26, 2022

“The risks on the ground during the war have made the NASA Harvest monitoring system one of the only safe and reliable ways for researchers to track what is happening to crops in Ukraine,” said Sergii Skakun, a NASA Harvest and Land-Cover and Land-Use Change scientist who spent multiple years at Ukraine’s Space Research Institute. The system combines satellite observations and modeling to assess the planting, growth, and harvest of key commodity crops. Data come from the commercial satellite company Planet, NASA, and the European Space Agency. NASA researchers have been working together for more than a decade with colleagues from the Ministry of Agrarian Policy and Food of Ukraine, the University of Maryland, the University of Strasbourg, the Group on Earth Observations Global Agricultural Monitoring Initiative (GEOGLAM), ESA World Cereals, National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute,” and several other organizations.
Ukrainian officials also monitored the harvest from the ground to the extent possible. “The actual data we are gradually receiving directly from the fields in the territories controlled by Ukraine are very close to the estimates obtained in cooperation with NASA,” said Denys Palamarchuk of the Ministry of Agrarian Policy and Food of Ukraine.
At the outset of Russia’s full-scale invasion in February, some analysts cautioned that 20 to 30 percent of Ukraine’s winter crops might not be harvested at the end of the summer.
Women’s History Month: Meet Denise Ryan - NASA
From there another opportunity opened in the Flight Operations Directorate, where I was hired as a Flight Operations Scheduler. I’ve worked here at Armstrong for 13 years; 11 years as a contractor and 2 years as a Civil Servant.
What has been your proudest accomplishment or highlight of your career?
The highlight of my career is the NASA Honor Award for Exceptional Public Service that I received in 2020 for “Exceptional service as Flight Operations Scheduler”.
Do you have any advice for others like yourself who may be contemplating a career at NASA?
Go for it! I’ve enjoyed my time working at NASA and would always encourage people to apply for opportunities here when they’re available.
What is the most exciting aspect of your job?
In Flight Ops, the most exciting thing about my job, besides the people I get to interact with every day, is that we are part of all the flight missions that take place at Armstrong. From ground test to first flights and even last, we are involved in many different aspects. I have a unique job that allows us to not necessarily be tied to one mission or one project, but almost all of them, and that’s exciting.
What did you want to be when you were growing up? Did you think you would ever work for NASA?
I honestly didn’t have a solid plan – I remember telling people that my goal was to be happy and would find out what would bring me that happiness as I went through life. That eventually got me to NASA and I would say I’m pretty happy, so that’s a win.
What’s the strangest tradition in your family? Or a unique family tradition?
We have a tradition that if it’s your birthday, after we sing, we smear frosting on your face. The other traditional that isn’t strange, but I think is valuable is that we sit together for dinner as a family.
If you could master a skill without any work, what would it be?
I think mastering a musical instrument would be my choice – specifically the Cello. I can play basic chords on a Ukulele and Guitar, but I’m far from being a master, more like a beginner.

Read More About Women at Armstrong

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MODIS Web
The MODIS direct broadcast system began with Terra on Monday, 
 April 24, 2000, and for Aqua on July 12, 2002. Both broadcast 
 full-time except when passing over any of NASA’s Deep 
 Space Network antennas that are actively tracking a remote 
 spacecraft. It is estimated that this will occur less than 
 two hours per day. (For more information, please visit the 
 Terra 
 Direct Readout Website.)

 Generally, spacecraft collect data and store it on board until 
 it passes over a ground station set up to receive the data, 
 at which point it transmits the data in one large batch. This 
 avoids losing data taken when the spacecraft is out of sight 
 of any ground stations, such as when it is over the ocean. 
 But the advantage to continually broadcasting the data is 
 that many sites have the antennas and other necessary equipment 
 to receive and process MODIS Direct Broadcast data.

 The data stream carries the data from all 36 spectral bands 
 for the entire MODIS field of view. The data can be transmitted 
 directly from the spacecraft to ground stations equipped with 
 an average 3m or larger X-band receiving system and appropriate 
 hardware and software. The Overpass Predictor can be used 
 to determine when there will be a Terra or Aqua spacecraft 
 overpass at any location that may have a MODIS Direct Broadcast 
 receiving station.

 The following sites have direct broadcast imagery and/or more 
 information regarding direct broadcast:
LANCE MODIS Rapid Response
https://earthdata.nasa.gov/data/near-real-time-data/rapid-response
 Rapid Response provides imagery from the MODIS instrument. All imagery can be viewed through Worldview. To help users, the imagery have been organized into 10 application categories to assist users in monitoring and 
 analyzing a variety of natural and man-made hazards and disasters (e.g. ash plumes and fires). MODIS Subsets and MODIS Near Real-Time (Orbit Swath) Images are also available.
The University of Wisconsin – Madison’s 
 Space Science and Engineering Center (SSEC)
9- by 15-Foot Low-Speed Wind Tunnel
The 9-by 15-Foot Low-Speed Wind Tunnel, the 14- by 22-Foot Subsonic Tunnel, the Icing Research Tunnel and the 20-Foot Vertical Spin Tunnel.

	Learn More About AETC Subsonic Facilities 	

Developing quieter, more efficient engines for next generation aircraft takes a lot of testing. Here in our 9×15 wind tunnel, research mechanics made final preparations for the Advanced Ducted Propulsor Fan Commissioning test, which could help improve the performance of engines for passenger aircraft.NASA 

AETC Ground Facilities

AETC sets the strategic direction for NASA’s versatile and comprehensive portfolio of ground test aeronautics research capabilities.
Among these assets are subsonic, transonic, supersonic, and hypersonic wind tunnels and propulsion test facilities at Ames Research Center, Glenn Research Center, and Langley Research Center.

	Learn More About AETC Ground Facilities 	

A close-up of the head of the rover’s remote sensing mast. The mast head contains the SuperCam instrument. (Its lens is in the large circular opening.) In the gray boxes beneath mast head are the two Mastcam-Z imagers. On the exterior sides of those imagers are the rover’s two navigation cameras.NASA/JPL-Caltech 

 

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NIAC 2024 Selections - NASA
Ethan SchalerFLOAT — Flexible Levitation on a Track NASA Jet Propulsion LaboratoryPasadena, CA 91109-8001
Mahmooda SultanaScienceCraft for Outer Planet Exploration (SCOPE)NASA Goddard Space Flight CenterGreenbelt, MD 20771-2400 

Phase I
Matthew McQuinnSolar System-Scale VLBI to Dramatically Improve Cosmological Distance MeasurementsUniversity of Washington, SeattleSeattle, Washington 98195-10002024 Phase I
Kenneth CarpenterA Lunar Long-Baseline Optical Imaging Interferometer: Artemis-enabled Stellar Imager (AeSI)NASA Goddard Space Flight CenterGreenbelt, MD 20771-24002024 Phase I
Alvaro Romero-CalvoMagnetohydrodynamic Drive for Hydrogen and Oxygen Production in Mars TransferGeorgia Tech Research CorporationAtlanta, Georgia 30332-00012024 Phase I
James BickfordThin Film Isotope Nuclear Engine Rocket (TFINER)Charles Stark Draper LaboratoryCambridge, MA 02139-35392024 Phase I
Ge-Cheng ZhaMars Aerial and Ground Global Intelligent Explorer (MAGGIE)Coflow Jet, LLCCutler Bay, Florida 33190-00002024 Phase I
Steven Benner Add-on to Large-scale Water Mining Operations on Mars to Screen for Introduced and Alien LifeFoundation For Applied Molecular EvolutionAlachua, Florida 32615-95442024 Phase I
Lynn RothschildDetoxifying Mars: The Biocatalytic Elimination of Omnipresent PerchloratesNASA Ames Research Center (ARC)Moffett Field, California 94035-10002024 Phase I
Thomas EubanksSwarming Proxima Centauri: Coherent Picospacecraft Swarms Over Interstellar DistancesSpace Initiatives, Inc.Titusville, Florida 327802024 Phase I
Beijia ZhangLIFA: Lightweight Fiber-based Antenna for Small Sat-Compatible RadiometryMassachusetts Institute of Technology (MIT), Lincoln LaboratoryLexington, MA 024212024 Phase I
Ryan SprengerA Revolutionary Approach to Interplanetary Space Travel: Studying Torpor in Animals for Space-health in Humans (STASH)Fauna Bio Inc.Newark, California 94560-10002024 Phase I
Collection - ABCs from Space
What starts with Y? Yellowstone, the Yukon Delta, and the Yellow Sea. 
Published Dec 26, 2015
 

Image of the Day
Land
Water
Remote Sensing

Image

Letter K: Sirmilik National Park
Keen to see K from space? See what satellites have have kindly revealed. 
Published Dec 24, 2015
 

Image of the Day
Land
Snow and Ice
Remote Sensing

Image

The Alphabet from Orbit: Letter J
J brings us joy when we view it from space.
Published Dec 23, 2015
 

Image of the Day
Land
Life
Water
Remote Sensing

Image

“V” is for Volcano
Ash paints the snow to the northwest and northeast of Russia’s Shiveluch volcano. 
Published Mar 26, 2015
 

Atmosphere
Land
Volcanoes
Snow and Ice

Image

Greenland’s Leidy Glacier
Crisscrossing glaciers in northwest Greenland flow along the path of least resistance. 
Published Jan 22, 2015
 

Image of the Day
Snow and Ice

Image

Bowknot Bend
The Green River in eastern Utah once carved soft sediment into meanders on a floodplain. Then the land and mountains rose and the river dug deep, preserving those meanders in stone.
Published Mar 17, 2014
 

Image of the Day
Land

Image

Durrat Al Bahrain, Persian Gulf
At the southern end of Bahrain Island, at the furthest point from the cities of the kingdom, a new complex of 14 artificial islands has risen out of the sea. 
Published Feb 7, 2011
 

Image of the Day
Human Presence

Image

Spring Bloom in New Zealand Waters
A phytoplankton bloom colored the waters east of New Zealand on October 25, 2009.
Published Oct 28, 2009
 

Image of the Day
Life
Water
Water Color

Image

Akimiski Island, Canada
Scraped clean and weighted down for thousands of years by Pleistocene ice sheets, Akimiski Island in James Bay provides a case study of how Earth's land surfaces evolve following glaciation.