Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Autonomous observatories for the Antarctic plateau

View through CrossRef
AbstractAntarctic astronomical site-testing has been conducted using autonomous self-powered observatories for more than a decade (the AASTO at South Pole, the AASTINO at Dome C, and PLATO at Dome A/Dome F). More recently autonomous (PLATO) observatories have been developed and deployed to support small-scale scientific instruments, such as HEAT, a 0.6 m aperture terahertz telescope at Ridge A, and AST3, a 0.5 m optical telescope array at Dome A. This paper reviews the evolution of autonomous Antarctic astronomical observatories, and discusses the requirements and implications for observatories that will be needed for future larger-scale facilities.
Title: Autonomous observatories for the Antarctic plateau
Description:
AbstractAntarctic astronomical site-testing has been conducted using autonomous self-powered observatories for more than a decade (the AASTO at South Pole, the AASTINO at Dome C, and PLATO at Dome A/Dome F).
More recently autonomous (PLATO) observatories have been developed and deployed to support small-scale scientific instruments, such as HEAT, a 0.
6 m aperture terahertz telescope at Ridge A, and AST3, a 0.
5 m optical telescope array at Dome A.
This paper reviews the evolution of autonomous Antarctic astronomical observatories, and discusses the requirements and implications for observatories that will be needed for future larger-scale facilities.

Related Results

Impact of glacial isostatic adjustment on the long-term stability of the Antarctic ice sheet
Impact of glacial isostatic adjustment on the long-term stability of the Antarctic ice sheet
<p>Projections of the contribution of the Antarctic ice sheet to future sea-level rise remain highly uncertain, especially on long timescales. One of the reasons for ...
Prospects for surviving climate change in Antarctic aquatic species
Prospects for surviving climate change in Antarctic aquatic species
Abstract Maritime Antarctic freshwater habitats are amongst the fastest changing environments on Earth. Temperatures have risen around 1°C and ice cover has dramatically ...
OZCAR: The French Network of Critical Zone Observatories
OZCAR: The French Network of Critical Zone Observatories
Core Ideas OZCAR is a network of sites studying the critical zone. OZCAR covers various disciplines. OZCAR will help disciplines to work together for a better representation and mo...
The Greening of Antarctica
The Greening of Antarctica
Abstract The Greening of Antarctica investigates the development of an international regime of environmental protection and management for Antarctica between the sig...
Distribution patterns and abundance of Antarctic pristine benthic communities
Distribution patterns and abundance of Antarctic pristine benthic communities
Knowledge of the abundance, distribution patterns, and population ecology of antarctic benthic biodiversity have increased considerably during the last decades. Antarctic marine be...
Contrasting response of West and East Antarctic ice sheets to Glacial Isostatic Adjustment
Contrasting response of West and East Antarctic ice sheets to Glacial Isostatic Adjustment
<p>The Antarctic ice sheet (AIS) lies on a solid Earth that displays large spatial variations in rheological properties, with a thin lithosphere and low-viscosity upp...

Back to Top