vania-janet/multiturn-rag-retrieval-data huggingface dataset:
Unmanned Aircraft System (Drones) in State Parks
Do not fly under the influence of alcohol or drugs;
Do not fly an aircraft that weighs more than 55 lbs;
Do not fly near or over sensitive infrastructure or property such as power stations, water treatment facilities, correctional facilities, heavily traveled roadways, etc.;
Do not be careless or reckless with your unmanned aircraft – you could be fined for endangering people or other aircraft;
Do not conduct surveillance or photograph persons in areas where there is an expectation of privacy without the individual’s permission.

Commercial Drones:The FAA requires commercial drone operators to receive special authorization; either a Section 333 Exemption or a Special Airworthiness Certificate. The FAA defines commercial drone use as, among other things: filming for hire; selling aerial photography or videography; inspections for hire; surveying for hire; or flying to further a business purpose. Operating a drone for commercial purposes within a state park also requires a permit. Commercial Drone users must submit a copy of their FAA authorization to the appropriate State Park District(s). Depending on the proposed use, the District Superintendent may require a Special Event permit, Right of Entry permit, or other approval. Further, commercial photography or filming within State Park also requires a permit from the California Film Commission. (Cal. Code Regs. tit. 14, § 4316.)
Research Drones:Drones may prove a valuable tool for scientific research and surveys. Operation of a drone for research purposes requires approval from the FAA. Before operating a drone for research purposes within a state park, please submit a copy of your FAA authorization to the appropriate State Park District(s). California State Parks requires a scientific collection permit (DPR 65) for any scientific research and surveys within a State Park.
Public Agency Drones:The FAA requires public entities to obtain a Certificate of Waiver or Authorization (COA) to operate public aircraft. Before operating a drone for governmental purposes within a state park, please submit a copy of your COA to the appropriate State Park District(s).

Related Pages

Rules and Regulations Summary 
California Government Code §68632

Unmanned Aircraft System (Drones) in State Parks (pdf)

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HEASARC Help Desk, Feedback, and Frequently Asked Questions (FAQ)
discrete analysis tools including mission-specific analysis pipelines.
These two packages along with some other useful software have been
consolidated into the HEAsoft package.

How do I acknowledge data obtained from the HEASARC?

If using the HEASARC service made a significant contribution to a research
project, please make the following acknowledgement in any resulting
publication:

"This research has made use of data, software and/or web tools obtained from 
the High Energy Astrophysics Science Archive Research Center (HEASARC), 
a service of the Astrophysics Science Division at NASA/GSFC and of the
Smithsonian Astrophysical Observatory's High Energy Astrophysics Division."

How can I quickly get the X-ray count rate or flux of my favorite object?

Use Xamin or Browse to search for your object
in X-ray object catalogs. The X-ray 
master catalog may be particularly useful in this regard as
it contains basic information from more than hundred individual X-ray
source catalogs. If only count rates are available, you can use 
WebPIMMS to estimate the corresponding
physical fluxes, given an assumed spectral model.

How do I convert X-ray flux/energy/etc. units to those used in my
field?

Our W3PIMMS service can convert from the
arcane units used in some X-ray papers (and a few of our catalogs) to more
standard units. A general energy converter also
helps translate energy units.

How do I do anything with these "event lists"?

High-energy instruments often count individual photon "events." To create
the maps or time-series with which you may be more familiar, use our
FTOOLS package. Many
of our high-level software tools 
will do this for you automatically!

Which X-ray satellites have looked at my favorite source?

You can use either Xamin or 
Browse to search the HEASARC's collection of
observation catalogs
for individual satellites, or the basic interface can search all of the
HEASARC Help Desk, Feedback, and Frequently Asked Questions (FAQ)
This can happen
sometimes because astronomers don't always adhere to the naming
conventions recommended by the CDS Dictionary of Nomenclature
of Celestial Objects. For example, the names of SNR are often
given in papers using G prefixes, e.g., "G 351.2+0.1", but these are
not the recommended form for SNR, which is in fact "SNR 351.2+00.1".
Notice that as well as the SNR rather than the G prefix, there is an extra
character in the galactic latitude part of the name. (As a matter of fact,
names with G prefixes are reserved by Simbad for high proper motion stars
from the Giclas Catalog and should, in general, be avoided due to their
ambiguity). 

 Finally, there is a rather small chance that your object has been
accidentally omitted from the name resolvers' lists of sources. If so,
we suggest that you contact their maintainers directly: for Simbad,
email to question@simbad.u-strasbg.fr, or for NED, email to
ned@ipac.caltech.edu (remember that NED only maintains lists of
extragalactic objects).

What educational resources does the HEASARC have?

The HEASARC's outreach programs provide
many free educational resources for all levels.

Tell me about black holes (or other astrophysical phenomena)

The HEASARC's outreach programs provide
many free educational resources for all levels.

Where can I find nice images?

The NASA Image Exchange is NASA's centralized 
source for its imagery (and also has a good discussion of copyright and other
restrictions on re-use of images). At the HEASARC, 
a growing collection of high-energy science
results (images, spectra and light curves) is available.
High-resolution versions of these images are being added regularly. Images of high-energy astronomy satellites are
also available. For the most recent scientific images from high-energy
astrophysics, visit the 
HEASARC Picture of the Week page.
HEASARC Help Desk, Feedback, and Frequently Asked Questions (FAQ)
HEASARC Picture of the Week
Images, Spectra, Light Curves
Imagine the Universe!
StarChild (K-8 EPO)
WebStars: gen. astronomy info/news

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HEASARC Help Desk, Feedback, and Frequently Asked Questions (FAQ)
The HEASARC is a source of gamma-ray, X-ray, and extreme ultraviolet
observations of cosmic (non-solar) sources. This site provides access to
archival data , associated analysis software,
web tools, and mission-specific and general
documentation, as well as relevant educational and outreach material.

In addition, this
site provides a number of general
NASA - NSSDCA - NMC - Data Collection - Query Results
Imaging Camera (AMICA)Hayabusa AMICA Calibration Collection (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)Hayabusa AMICA Data Raw Collection (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)Gaskell Itokawa Shape Model V1.0 (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)HAYABUSA AMICA V1.0 (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)STOOKE SMALL BODIES MAPS V1.0 (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)Galileo Orbiter:Solid-State Imaging (SSI)NEAR Shoemaker:NEAR Multispectral Imager (MSI)Mars Global Surveyor:Mars Orbiter Camera (MOC)Stardust/NExT:Imaging and Navigation CameraMars Express:Super/High-Resolution Stereo Color Imager (HRSC)Mars Reconnaissance Orbiter:High Resolution Imaging Science Experiment (HiRISE)HAYABUSA AMICA IMAGES WITH GEOMETRY BACKPLANES V1.0 (PDS)Hayabusa:Asteroid Multi-band Imaging Camera (AMICA)STOOKE SMALL BODIES MAPS V2.0 (PDS)Hayabusa
FAQs • Building & Safety 
Structural calculations largely depend on the type of construction method being used. If the building design consists of wood frame construction and follows the conventional light-frame prescriptive standards as regulated by the California Residential Code, then calculations would not be required. However, if the structure has unusual design features and does not follow the light-frame construction methods, then calculations prepared by a State of California licensed Engineer or architect will be required.	

33.
Can I pay for my permit with a credit card?

Yes, the City accepts Visa, MasterCard, American Express, and Discover Card. 

34.
Does the City offer any evening inspections?

The City of Dublin offers inspections on Tuesday evenings between the hours of 4:00 p.m. to 7:00 p.m.  These inspections are for residential homeowners in need of an inspection for re-roof, water heaters, gas lines, accessory structures, additions, HVAC, and miscellaneous residential repair work. Please contact Building and Safety at (925) 833-6620 to schedule an appointment. You must call the day prior to your requested inspection date, before 3:00 p.m., for a next-day inspection. 

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Team Assessing SHERLOC Instrument on NASA’s Perseverance Rover
The team is also working to identify modes to operate SHERLOC’s laser and collect Raman spectroscopy data with the cover in the permanently open position. 
 Engineers are working to stabilize a dust cover on one of the science instrument’s cameras.
 Data and imagery from NASA’s Perseverance Mars rover indicate one of two covers that keep dust from accumulating on the optics of the SHERLOC instrument remains partially open. In this position, the cover interferes with science data collection operations. Mounted on the rover’s robotic arm, SHERLOC (Scanning Habitable Environments with Raman & Luminescence for Organics and Chemicals) uses cameras, a spectrometer, and a laser to search for organic compounds and minerals that have been altered in watery environments and may be signs of past microbial life.The mission determined on Jan. 6 that the cover was oriented in such a position that some of its operation modes could not successfully operate. An engineering team has been investigating to determine the root cause and possible solutions. Recently, the cover partially opened. To better understand the behavior of the cover’s motor, the team has been sending commands to the instrument that alter the amount of power being fed to it.With the cover in its current position, the instrument cannot use its laser on rock targets, and cannot collect spectroscopy data. However, imaging microscopy can still be acquired with WATSON, a color camera on SHERLOC used for taking close-up images of rock grains and surface textures. WATSON (Wide Angle Topographic Sensor for Operations and eNgineering) operates through a different aperture.Get the Latest JPL News 
 SUBSCRIBE TO THE NEWSLETTER
 SHERLOC is part of a seven-instrument suite on Perseverance. During development of the mission, the team designed the instrument suite such that the rover could still achieve its science objectives should any single instrument fail, as there is some overlap among the capabilities of the instruments.
FAQs • San Bruno, CA • CivicEngage
This does not mean that they will never be installed at these locations, but the intent is to encourage carriers to seek out locations in other areas of the City. If ground-mounted equipment is proposed for installation on school property or in City parks, the agencies can control the placement of the wireless facility and require license agreements. 

19.
My house is a cell phone "dead spot." Will the installation of small cell facilities help?

Improvements will vary depending on location and carrier. If you are interested in additional information please contact your service provider. 

20.
Can the city limit only one vendor per pole? How likely will be it that there are multiple small cell antenna installations on the same pole?

Current technological limitations make it difficult to place two small cell antennas on a single pole. It is unlikely at this time that, for example, both Verizon and AT&T would share a pole. Note, however, State and Federal law prohibits the City from denying a proposed installation on a pole with an existing wireless facility, if it complies with certain requirements including size limitations. 

21.
I have more Radio Frequency (RF) emission questions – where else can I obtain information?

Questions regarding potential RF emissions from FCC-regulated transmitters can be directed to the Federal Communications Commission, Consumer and Governmental Affairs Bureau445 12th Street, SW Washington, D.C. 20554; Phone: 888-225-5322 (1-888-CALL-FCC);FCC by EmailIf you have concerns in the future that the facility is not in compliance with the FCC Guidelines, you should report your concerns to the FCC's Enforcement Bureau:445 12th Street, SW,3rd floorWashington, DC 20554Phone: 202-418-7450.For additional information regarding RF emissions safety and compliance, please see the following resources from various federal, state and independent sources. Please note that these links are provided for information purposes only and the views expressed in them should be attributed to the original source.Local Government Official's Guide to Transmitting Antenna RF Emission Safety: Rules, Procedures and Practical Guidance (PDF)FCC Website on RF SafetyFDA Website on RF SafetyCalifornia Department of Public Health Advisory on Cell Phones (PDF)U.S. Department of Labor Occupational Safety and Health Administration
Citizen Science - NASA Science
Read Project SummaryGo to Project WebsiteEclipse SoundscapesAnyone with access to a computer can do this project. Read Project SummaryGo to Project WebsiteDark Energy ExplorersAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteSunSketcherPeople along the April 8 eclipse path can do this project. Read Project SummaryGo to Project WebsitePlanet Hunters TESSAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteExoplanet WatchAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteAre we alone in the universe?Anyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteAurorasaurusRead Project SummaryGo to Project WebsiteDisk DetectiveAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteSolar Active Region SpotterAnyone with a cellphone or laptop can do this project.Go to Project WebsiteHeliophysics Audified: Resonances in PlasmasAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteBackyard Worlds: Planet 9Anyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteActive AsteroidsAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteDaily Minor PlanetAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteSolar Jet HunterAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteSungrazer ProjectAnyone with a laptop can do this project. Read Project SummaryGo to Project WebsiteJovian Vortex HunterAnyone with a cellphone or laptop can do this project. Read Project SummaryGo to Project WebsiteUNITERead Project SummaryGo to Project WebsiteGrowing Beyond EarthGo to Project WebsiteHamSCIRead Project SummaryGo to Project WebsiteJunoCamAnyone with a laptop can do this project.Go to Project WebsiteInternational Astronomical Search CollaborationAnyone with a laptop can do this project. Read Project SummaryGo to Project WebsiteRedshift WranglerAnyone with a cellphone or laptop can do this project.
Catalog of Earth Satellite Orbits
The Sun-synchronous orbit is necessary for science because it keeps the angle of sunlight on the surface of the Earth as consistent as possible, though the angle will change from season to season. This consistency means that scientists can compare images from the same season over several years without worrying too much about extreme changes in shadows and lighting, which can create illusions of change. Without a Sun-synchronous orbit, it would be very difficult to track change over time. It would be impossible to collect the kind of consistent information required to study climate change.
The path that a satellite has to travel to stay in a Sun-synchronous orbit is very narrow. If a satellite is at a height of 100 kilometers, it must have an orbital inclination of 96 degrees to maintain a Sun-synchronous orbit. Any deviation in height or inclination will take the satellite out of a Sun-synchronous orbit. Since the drag of the atmosphere and the tug of gravity from the Sun and Moon alter a satellite’s orbit, it takes regular adjustments to maintain a satellite in a Sun-synchronous orbit.

About Orbits
Planetary Motion
Catalog of Earth Satellite Orbits
Flying Steady

Introduction
Three Classes of Orbit
Achieving and Maintaining Orbit

Remote Sensing

About Orbits
Planetary Motion
Catalog of Earth Satellite Orbits
Flying Steady

Introduction
Three Classes of Orbit
Achieving and Maintaining Orbit

Remote Sensing

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ASTER Data | Terra
The following products are available to all users at no cost: ASTER L1T data (day only), Landsat products, EO-1 data, Sentinel-2 data, Orbview-3 data, and DOQs.ASTER/AIST – You can search the entire ASTER data archive using a browse-based map interface. Order:1) pseudocolor natural color image as WMS/KML; 2) Level 3 orthorectified bands 1-14 with 30m DEM; 3) Global Digital Elevation Model (GDEM).Earth Explorer – No charge ASTER data for all users: ASTER L1B and L1T data, the ASTER GDEM, and NAALSED products for the world. Select “NASA LPDAAC collections” under “Data Sets”.AppEEARS – The Application for Extracting and Exploring Analysis Ready Samples (AρρEEARS) offers a simple and efficient way to access and transform geospatial data from a variety of federal data archives. AρρEEARS enables users to subset geospatial datasets using spatial, temporal, and band/layer parameters.LPDAAC Data Pool – The Data Pool is the publicly available portion of the LP DAAC online holdings. Data Pool provides a direct way to access data product files via HTTPS. All Data Pool holdings are available at no cost.
ASTER Data Products For Novice Data Users
NASA Worldview– Visually explore the past and the present of this dynamic planet from a satellite’s perspective. Select from an array of stories below to learn more about Worldview, the satellite imagery we provide and events occurring around the world.
 ASTER Data Products For Professional Data Users 
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Algorithm Theoretical Basis Documents | NASA's Earth Observing System
Algorithm Theoretical Basis Documents (ATBDs) have been developed for EOS instrument products, although some ATBDs address more than one product, and some products are addressed by more than one ATBD. ATBDs typically provide the theoretical basis, both the physical theory and the mathematical procedures and possible assumptions being applied, for the calculations that have to be made to convert the radiances received by the instruments to geophysical quantities. The geophysical quantities are then available to the scientific community for studies of the various characteristics of the Earth system.
NOTE: All ATBDs accessible through these links are subject to revision. These are the latest versions we are aware of. Please help us keep this list current by sending updates or other corrections to the web editor.

ACRIM

Active Cavity Radiometer Irradiance Monitoring

AIRS

Atmospheric Infrared Sounder

AMSR-E

Advanced Microwave Scanning Radiometer for the Earth Observing System

ASTER

Advanced Spaceborne Thermal Emission and Reflection Radiometer

CERES

Clouds and Earth's Radiant Energy System

DAO

Data Assimilation Office

GLAS

Geoscience Laser Altimeter System

HIRDLS

High-Resolution Dynamics Limb Sounder

LIS

Lightning Imaging Sensor

MISR

Multiangle Imaging Spectroradiometer

MLS

Microwave Limb Sounder

MODIS

Moderate-Resolution Imaging Spectroradiometer

MOPITT

Measurements of Pollution in the Troposphere

OMI

Ozone Monitoring Instrument

SAGE III

Stratospheric Aerosol and Gas Experiment

SeaWinds

Microwave Radar Instrument

SORCE

Solar Radiation and Climate Experiment

TES

Tropospheric Emission Spectrometer

 

 

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