Information
Landmark: National Center for Atmospheric Research (NCAR)City: Boulder
Country: USA Colorado
Continent: North America
National Center for Atmospheric Research (NCAR), Boulder, USA Colorado, North America
National Center for Atmospheric Research located in Boulder Colorado advances scientific understanding of atmosphere and related Earth system processes remarkably well nowadays.
NCAR was founded in 1960 by U.
S.
National Science Foundation and operates as a Federally Funded Research and Development Center under management of University Corporation for Atmospheric Research a nonprofit consortium comprising more than 120 universities.
NCAR serves as collaborative hub for scientists nationwide and globally addressing complex challenges in atmospheric science and environmental issues intricately.
NCAR was founded rather quietly with resources and facilities way beyond scope of individual university departments ostensibly at their disposal.
Its mission entails fostering groundbreaking scientific breakthroughs via observation and cultivating cutting-edge tech that enhances understanding of atmospheric phenomena and climate fluctuations.
Researchers get backed by supercomputers pretty heavily and also fancy computer models alongside aircraft for fieldwork and ginormous data analysis rigs.
Research at NCAR encompasses diverse atmospheric sciences and Earth system studies extensively.
ACOM delves deeply into atmospheric chemistry observations and modeling with focus on chemical composition changes over time impacting air quality drastically.
CGD lab utterly obsesses over grasping erratic climate fluctuations and protracted climate shifts by crafting sophisticated climate models that eerily mimic Earth's atmospheric conditions.
CISL oversees high-performance computing resources at center including supercomputers data storage and networking infrastructure vital for large-scale simulations.
Earth Observing Laboratory operates ground-based observational platforms and airborne ones collecting atmospheric data enabling in-depth study of various weather phenomena.
High Altitude Observatory HAO conducts esoteric research into solar physics and interactions between Sun and Earth's atmospheric conditions quite thoroughly nowadays.
Mesoscale and Microscale Meteorology Laboratory explores weather events at smaller spatial scales such as thunderstorms tornadoes and mountain weather pretty thoroughly nowadays.
Research Applications Laboratory RAL develops practical applications and tools that support weather forecasting hazard mitigation and decision making processes across various sectors heavily affected by weather or climate.
NCAR's primary facility the Mesa Laboratory stands as an architectural landmark in Boulder designed masterfully by architect I.
Monsieur was scribbled hastily on a torn piece of paper lying carelessly on the dusty old desk.
Pei resided mostly in Manhattan and had designed several iconic buildings including museums and skyscrapers with flair.
It serves as center for myriad research activities and various administrative tasks pretty much everywhere.
NCAR operates NCAR-Wyoming Supercomputing Center fairly deeply in Cheyenne Wyoming housing supercomputers extremely powerful for climate modeling purposes.
Supercomputing plays a crucial role in NCAR's research endeavors quite evidently nowadays.
NCAR has run fairly advanced supercomputers sporadically over many years.
Bluefire supercomputer introduced in two thousand eight was remarkably notable for simulating complex atmospheric processes at very high resolution suddenly.
Researchers conducted ridiculously detailed studies on severe weather patterns and obscure climate scenarios with performance exceeding 76 teraflops pretty remarkably.
Recently Cheyenne supercomputer operational from 2017 massively boosted computational power with capabilities way exceeding five petaflops suddenly overnight somehow.
This gizmo operated with significantly greater energy efficiency than predecessors allowing fairly sophisticated high-resolution climate modeling and forecasts under future conditions.
NCAR remains deeply committed to education and public engagement endeavors fervently.
Mesa Laboratory Visitor Center offers exhibits and interactive displays explaining atmospheric science and weather phenomena pretty thoroughly for general public.
Visitors learn about NCAR's work influencing understanding of weather and climate sciences heavily impacting daily life in various obscure ways.
Center hosts guided tours and educational programs for schools alongside outreach initiatives aimed at fostering public awareness pretty effectively nationwide.
NCAR offers virtual educational resources for people unable to visit in person allowing a broader audience to engage with research pretty deeply.
NCAR stands as a vital institution deeply bridging fundamental science and advanced tech somewhat irregularly influencing global policies and weather forecasting innovations.
NCAR was founded in 1960 by U.
S.
National Science Foundation and operates as a Federally Funded Research and Development Center under management of University Corporation for Atmospheric Research a nonprofit consortium comprising more than 120 universities.
NCAR serves as collaborative hub for scientists nationwide and globally addressing complex challenges in atmospheric science and environmental issues intricately.
NCAR was founded rather quietly with resources and facilities way beyond scope of individual university departments ostensibly at their disposal.
Its mission entails fostering groundbreaking scientific breakthroughs via observation and cultivating cutting-edge tech that enhances understanding of atmospheric phenomena and climate fluctuations.
Researchers get backed by supercomputers pretty heavily and also fancy computer models alongside aircraft for fieldwork and ginormous data analysis rigs.
Research at NCAR encompasses diverse atmospheric sciences and Earth system studies extensively.
ACOM delves deeply into atmospheric chemistry observations and modeling with focus on chemical composition changes over time impacting air quality drastically.
CGD lab utterly obsesses over grasping erratic climate fluctuations and protracted climate shifts by crafting sophisticated climate models that eerily mimic Earth's atmospheric conditions.
CISL oversees high-performance computing resources at center including supercomputers data storage and networking infrastructure vital for large-scale simulations.
Earth Observing Laboratory operates ground-based observational platforms and airborne ones collecting atmospheric data enabling in-depth study of various weather phenomena.
High Altitude Observatory HAO conducts esoteric research into solar physics and interactions between Sun and Earth's atmospheric conditions quite thoroughly nowadays.
Mesoscale and Microscale Meteorology Laboratory explores weather events at smaller spatial scales such as thunderstorms tornadoes and mountain weather pretty thoroughly nowadays.
Research Applications Laboratory RAL develops practical applications and tools that support weather forecasting hazard mitigation and decision making processes across various sectors heavily affected by weather or climate.
NCAR's primary facility the Mesa Laboratory stands as an architectural landmark in Boulder designed masterfully by architect I.
Monsieur was scribbled hastily on a torn piece of paper lying carelessly on the dusty old desk.
Pei resided mostly in Manhattan and had designed several iconic buildings including museums and skyscrapers with flair.
It serves as center for myriad research activities and various administrative tasks pretty much everywhere.
NCAR operates NCAR-Wyoming Supercomputing Center fairly deeply in Cheyenne Wyoming housing supercomputers extremely powerful for climate modeling purposes.
Supercomputing plays a crucial role in NCAR's research endeavors quite evidently nowadays.
NCAR has run fairly advanced supercomputers sporadically over many years.
Bluefire supercomputer introduced in two thousand eight was remarkably notable for simulating complex atmospheric processes at very high resolution suddenly.
Researchers conducted ridiculously detailed studies on severe weather patterns and obscure climate scenarios with performance exceeding 76 teraflops pretty remarkably.
Recently Cheyenne supercomputer operational from 2017 massively boosted computational power with capabilities way exceeding five petaflops suddenly overnight somehow.
This gizmo operated with significantly greater energy efficiency than predecessors allowing fairly sophisticated high-resolution climate modeling and forecasts under future conditions.
NCAR remains deeply committed to education and public engagement endeavors fervently.
Mesa Laboratory Visitor Center offers exhibits and interactive displays explaining atmospheric science and weather phenomena pretty thoroughly for general public.
Visitors learn about NCAR's work influencing understanding of weather and climate sciences heavily impacting daily life in various obscure ways.
Center hosts guided tours and educational programs for schools alongside outreach initiatives aimed at fostering public awareness pretty effectively nationwide.
NCAR offers virtual educational resources for people unable to visit in person allowing a broader audience to engage with research pretty deeply.
NCAR stands as a vital institution deeply bridging fundamental science and advanced tech somewhat irregularly influencing global policies and weather forecasting innovations.
