vania-janet/multiturn-rag-retrieval-data huggingface dataset:
Fresno Center | California Conservation Corps
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Global Warming
Luthcke, S.B., Zwally, H.J., Abdalati, W., Rowlands, D.D., Ray, R.D., Nerem, R.S., Lemoine, F.G., McCarthy, J.J., and Chinn, D.S. (2006). Recent Greenland ice mass loss by drainage system from satellite gravity observations. Science, 314, 1286-1289.
Mann, M. E., Zhang, Z., Hughes, M. K., Bradley, R. S., Miller, S. K., Rutherford, S., & Ni, F. (2008). Proxy-based reconstructions of hemispheric and global surface temperature variations over the past two millennia. Proceedings of the National Academy of Sciences, 105(36), 13252-13257.
Manvendra K. Dubey, Petr Chylek, Charlie S. Zender, & Chris K. Folland. (2010, February 12). Global Warming and the Next Ice Age. Bulletin of the American Meteorological Society, 89 (12), 1905-1909.
McGranahan, G., D. Balk and B. Anderson. (2007). The rising tide: assessing the risks of climate change and human settlements in low elevation coastal zones. Environment & Urbanization, 19 (1), 17-37.
Millennium Ecosystem Assessment, 2005. Ecosystems and Human Well-being: Synthesis. Island Press, Washington, DC.
Oren, R., Ellsworth, D. S., Johnsen, K. H., Phillips, N., Ewers, B. E., Maier, C., Schafer, K. V., et al. (2001). Soil fertility limits carbon sequestration by forest ecosystems in a CO2-enriched atmosphere. Nature, 411(6836), 469-472.
Ramanathan, V., & Feng, Y. (2008). On avoiding dangerous anthropogenic interference with the climate system: Formidable challenges ahead.
Mars Audio Log #10 - NASA
I’m sure you’ve worked on some of them other deep space and Mars analogs besides CHAPEA.
A sped-up timelapse of the inside of the CHAPEA, or Crew Health and Performance Exploration Analog, habitat located at NASA’s Johnson Space Center. Credit: NASA
Lauren Blackwell Landon: Yeah, so I’ve overseen several studies that have considered these Mars-like scenarios, but they all do things a little bit differently. They examine kind of different aspects of the mission, or they test different countermeasures. So for example, we have HERA at the Johnson Space Center, so that’s 45-day missions, you know, five minute comm delays. I’ve looked at HI-SEAS, which is down in Hawaii. And so we’ve had multi-month missions there. So we can get more information on teams with HERA through these shorter missions, right? We have more teams going through, but we also sacrifice duration. So we have to kind of balance all of these things, these different missions. And then when we think about after the BHP lab was stood up just a few years ago, I also started participating as an investigator in these analogs, so like HERA. And then we also partnered with our Russian colleagues with the SERIUS mission. So that’s a more Mars-like comm delay for four eight-month mission. And then every environment has a different concept of operations, but they do try to capture some basic things like isolation, confinement, realistic tasks, communication delay. We try to select these really astronaut-like people to partake in them. But each is a little bit different, and you can kind of look at all of them together to try to understand crew health and performance. And one point, I do want to make about teams research, you might hear about it all the time. So we’re doing a series of podcasts, right, about CHAPEA, but that’s one team for an entire year. So we’ve spent a lot of resources, a lot of planning, years of planning, to get just this one team’s data point.
Bill Text - AB-32 Air pollution: greenhouse gases: California Global Warming Solutions Act of 2006.
(a) On or before January 1, 2009, the state board shall prepare and approve a scoping plan, as that term is understood by the state board, for achieving the maximum technologically feasible and cost-effective reductions in greenhouse gas emissions from sources or categories of sources of greenhouse gases by 2020 under this division. The state board shall consult with all state agencies with jurisdiction over sources of greenhouse gases, including the Public Utilities Commission and the State Energy Resources Conservation and Development Commission, on all elements of its plan that pertain to energy related matters including, but not limited to, electrical generation, load based-standards or requirements, the provision of reliable and affordable electrical service, petroleum refining, and statewide fuel
	supplies to ensure the greenhouse gas emissions reduction activities to be adopted and implemented by the state board are complementary, nonduplicative, and can be implemented in an efficient and cost-effective manner. (b) The plan shall identify and make recommendations on direct emission reduction measures, alternative compliance mechanisms, market-based compliance mechanisms, and potential monetary and nonmonetary incentives for sources and categories of sources that the state board finds are necessary or desirable to facilitate the achievement of the maximum feasible and cost-effective reductions of greenhouse gas emissions by 2020. (c) In making the determinations required by subdivision (b), the state board shall consider all relevant information pertaining to greenhouse gas emissions reduction programs in other states,
	localities, and nations, including the northeastern states of the United States, Canada, and the European Union. (d) The state board shall evaluate the total potential costs and total potential economic and noneconomic benefits of the plan for reducing greenhouse gases to California’s economy, environment, and public health, using the best available economic models, emission estimation techniques, and other scientific methods. (e) In developing its plan, the state board shall take into account the relative contribution of each source or source category to statewide greenhouse gas emissions, and the potential for adverse effects on small businesses, and shall recommend a de minimis threshold of greenhouse gas emissions below which emission reduction requirements will not apply. (f) In developing its plan, the state board shall identify opportunities for emission reductions measures from all verifiable and enforceable voluntary actions, including, but not limited to, carbon sequestration projects and best management practices.
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Human Space Travel Research - NASA
Learn how scientists use such missions to study the way humans adapt to challenges astronauts may encounter on journeys to the Moon and Mars.Explore Research on EarthExtended Stays in SpaceFrank Rubio, Mark Vande Hei, Scott Kelly, and others have spent an extended amount of time in space. Learn about the record-holders for the longest continuous spaceflights by U.S. astronauts.Learn About Extended Stays in SpaceCollaborate With UsAre you developing innovative ways to keep astronauts healthy and mission-ready ? Partner with NASA’s Human Research Program (HRP)! Check out information on NSPIRES and internships, and explore our how-to guides for working with us.Learn About Collaboration Opportunities 

 

 
Featured Story

Spacewalk Spacesuit Basics

Spacesuits are much more than a set of clothes astronauts wear. However, like a set of clothes, different suits serve different…

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Staying Healthy in Space

Article7 Min ReadExperiments to Unlock How Human Bodies React to Long Space JourneysArticle5 Min ReadNASA Harnesses US Navy Spinning Device to Simulate Spaceflight
6 Min ReadIsolation – What Can We Learn From the Experiences of NASA Astronauts?Article
6 Min ReadNew Tests Evaluate Mission Readiness of Astronauts Upon LandingArticle
5 Min ReadScientists Probe How Long-Term Spaceflight Alters ImmunityArticle 

 

 
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When a spacecraft built for humans ventures into deep space, it requires an array of features to keep it and…

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Food in Space

Astronauts require food that is nutritious, appetizing, long-lasting, easy to make, and more. We strive to continuously improve the quality of space food and to satisfy the dietary needs of crew members on increasingly longer and more distant spaceflight missions.

Article5 min readThe Menu for Mars: Designing a Deep Space Food SystemArticle3 min readHow Does Spaceflight Change Food Appeal?Article4 min readEnhanced Diet May Help Astronauts Adapt to Spaceflight 

 

Space simulations on Earth as a research tool

	Take a peek into the lives of crew on a simulated mission to Mars.
Vista Energy Center | California Conservation Corps
All Corpsmembers  are required to complete Corpsmember Orientation, Motivation, Education, and Training (COMET) and core training courses.
Specialized trainings and certifications available at the Vista Energy Center:

 
 
 

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Cal-OSHA 10-Hour Safety Training for Construction
Electrical Concepts
Energy Audits
Energy Efficiency Basics & Data Collection for Energy Surveys
Energy Efficiency Fundamentals
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Introduction to Wiring and Lighting Retrofits
Introduction to Solar Photovoltaic Systems
Caltrans Electrical Internships

 
 

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Resultados científicos revolucionarios en la estación espacial de 2023 - NASA
Los materiales de perovskita de haluro metálico (PHM) convierten la luz solar en energía eléctrica y son prometedores para su uso en células solares de película delgada en el espacio debido a su bajo costo, alto rendimiento, idoneidad para la fabricación en el espacio y su tolerancia a defectos y radiación. Para el Experimento 13 de Materiales de la Estación Espacial Internacional de la NASA (MISSE-13-NASA), el cual continúa una serie de investigaciones sobre cómo el espacio afecta a diversos materiales, los investigadores expusieron películas delgadas de perovskita al espacio durante diez meses. Los resultados confirmaron su durabilidad y estabilidad en este entorno. Este hallazgo podría conducir a mejoras en los materiales y dispositivos de PHM para aplicaciones en el espacio tales como paneles solares.
Comprender las burbujas de las espumas

Un colector de muestras para la investigación FOAM a bordo de la estación espacial.
NASA

Las espumas húmedas son dispersiones de burbujas de gas en una base líquida. Una investigación llamada Dinámica de la Materia Blanda del Laboratorio de Ciencia de Fluidos, o FSL (FOAM, por sus siglas en inglés) de la ESA examina el engrosamiento, o agrandamiento, del grano, un proceso termodinámico en el cual las burbujas grandes crecen a expensas de las más pequeñas. Los investigadores determinaron las tasas de agrandamiento para diversos tipos de espumas y encontraron una estrecha concordancia con las predicciones teóricas.
Real World: The Carbon Cycle - Essential for Life on Earth | Real World | NASA eClips
Real World: Scaling the Solar System 

 Real World: Self-Healing Materials 

 Real World: Small Bodies Orbiting the Sun 

 Real World: Small Systems Count - Cells in Space 

 Real World: Space Lighting 

 Real World: Space Weather 

 Real World: STS-119 Brings More Power to the Space Station 

 Real World: The Carbon Cycle - Essential for Life on Earth 

 Real World: The Nature of Science 

 Real World: The Silent Airliner 

 Real World: TriATHLETE - The Engineering Design Process in Action 

 Real World: Using Lab on a Chip Technology to Identify Microorganisms 

 Real World: Using Math and New Tech to Study Lunar Rocks 

 Real World: What Is Soil Moisture? 

 Real World: What Time Is It In Space? 

 Real World: Hubble Wide Field Camera 3 [Archived] 

 Real World: Testing NASA's New Moon Robot [Archived] 

 Real World: Keeping the International Space Station in Orbit [Archived] 

 Real World: Mathematics - The Deciding Factor for Lunar Habitats [Archived] 

 Real World: Using Lunar Soil to Make Oxygen [Archived] 

 Real World: NASA's Lunar Reconnaissance Orbiter Mission [Archived] 

 Real World: Preparing to Launch Ares I-X [Archived] 

 Real World: Calculating Shuttle Launch Windows [Archived] 

 Real World: Exploring the Lunar Electric Rover [Archived] 

 Real World: Shuttle Safety [Archived] 

 Real World: Using Lunar Reactors [Archived] 

 Real World: Lunar Excavation Blade [Archived] 

 Real World: Choosing the Right Lunar Excavator [Archived] 

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 Real World: Putting Together the Ares I-X [Archived] 

 Real World: Tools for Construction - NASA's Lunar Crane [Archived] 

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 Real World: The Math Involved in ARES[Archived] 

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 Real World: Moon Dirt [Archived] 

 Real World: Scarab, NASA's Newest Lunar Exploration Rover [Archived]
Bill Text - AB-32 Air pollution: greenhouse gases: California Global Warming Solutions Act of 2006.
(d) Any regulation adopted by the state board pursuant to this part or Part 5 (commencing with Section 38570) shall ensure all of the following:(1) The greenhouse gas emission reductions achieved are real, permanent, quantifiable, verifiable,
	and enforceable by the state board. (2) For regulations pursuant to Part 5 (commencing with Section 38570), the reduction is in addition to any greenhouse gas emission reduction otherwise required by law or regulation, and any other greenhouse gas emission reduction that otherwise would occur. (3) If applicable, the greenhouse gas emission reduction occurs over the same time period and is equivalent in amount to any direct emission reduction required pursuant to this division. (e) The state board shall rely upon the best available economic and scientific information and its assessment of existing and projected technological capabilities when adopting the regulations required by this section. (f) The state board shall consult with the Public Utilities Commission in the development of the regulations as they affect electricity and natural gas providers in order to minimize duplicative or inconsistent regulatory requirements. (g) After January 1, 2011, the state board may revise regulations adopted pursuant to this section and adopt additional regulations to further the provisions of this division. 38563. Nothing in this division restricts the state board from adopting greenhouse gas emission limits or emission reduction measures prior to January 1, 2011, imposing those limits or measures prior to January 1, 2012, or providing early reduction credit where appropriate.38564. The state board shall consult with other states, and the federal government, and other nations to identify the most effective strategies and methods to reduce greenhouse gases, manage greenhouse gas control programs, and to facilitate the development of integrated and cost-effective regional, national, and international greenhouse gas reduction programs. 38565. The state board shall ensure that the greenhouse gas emission reduction rules, regulations, programs, mechanisms, and incentives under its jurisdiction, where applicable and to the extent feasible, direct public and private investment toward the most disadvantaged communities in California and provide an opportunity for small businesses, schools, affordable housing associations, and other community institutions to participate in and benefit from statewide efforts to reduce greenhouse gas emissions. PART 5. MARKET-BASED COMPLIANCE MECHANISMS38570.
Ciencia - NASA Ciencia
& HeliophysicsBiological & Physical SciencesLunar ScienceCitizen ScienceAstromaterialsAeronautics ResearchHuman Space Travel ResearchExploreSearchSubmitNews & EventsMultimediaNASA+InicioCiencias terrestresCambio climáticoSistema solarUniversoGente de la NASAAcerca de CienciaExplore This SectionInicioCiencias terrestresCambio climáticoSistema solarUniversoGente de la NASAAcerca de CienciaCienciaExplora y comparte la ciencia de la NASA, en tu idiomaNoticias recientesDiez datos sobre los instrumentos científicos de Europa ClipperHubble ve los comienzos de una estrella similar al SolCómo la NASA hizo seguimiento a la tormenta solar más intensa en décadasCientíficos de la NASA se preparan para tormentas solares en MarteDiez preguntas que podrías tener sobre los agujeros negros¿Qué son los agujeros negros?Atrás12345…81SiguienteVideosGlosario de la NASAExplora nuestra serie de videos que explican de manera breve y sencilla diversos términos científicos, desde agujeros negros y ondas gravitacionales hasta pareidolia, año luz, El Niño, y mucho más.Mira los videosUniverso curioso de la NASABienvenidos a Universo curioso de la NASA, en donde te invitamos a explorar el cosmos en tu idioma.
Equitable Building Decarbonization Program Direct Install - California Grants Portal
For questions about this grant, contact:
Marissa Sutton, 1-916-237-2515, marissa.sutton@energy.ca.gov

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