No one's going to do that, either, in the near future, but suddenly people are discussing these basic issues of planetary management and global decision-making.
Woodworth, who reports his study in an upcoming issue of Global and Planetary Change, examined a set of climatic and oceanographic historical records from the Maldives and their vicinity.
Now, in the 11 September issue of Nature, planetary scientists have explained why.
In this week's issue of Nature, planetary dynamicists Edward Thommes and Martin Duncan of Queen's University in Kingston, Ontario, and Harold Levison of the Boulder, Colorado, branch of the Southwest Research Institute demonstrate a two-step method that works, at least in their model.
Luis Moreno-Ocampo, the chief prosecutor of the International Criminal Court in The Hague, is an equally eloquent commentator on the question of how to respond, and on the need for the same kind of planetary consciousness that surrounds the issue of global warming.
Recently, he has become concerned with the issue of global and regional water sustainability, and the more general issue of modeling and managing planetary change due to coupled human and natural dynamics.
That's not the case with the new cluster, reported in the 13 June issue of Nature by planetary scientist David Nesvorný of the Southwest Research Institute in Boulder, Colorado, and his colleagues.
At a NASA press conference here today and in the 19 February electronic issue of Nature, a planetary scientist presented new images from Mars suggesting that lingering snowfields may have led to the gullies.
One of the key issues for planetary, especially Mars surface exploration, is how to make an objective assessment of criteria for landing sites selection for future rovers, sample return missions and landers considering topographic variables such as slope, altitude and roughness as well as their physical scattering properties.
We here address key issues concerning the field of planetary mapping by making use of established GIS environments and discuss methods of addressing data organization and mapping requirements by using an easily integrable datamodel that is for the time being designed as file-geodatabase (FileGDB) environment in ESRI's ArcGIS.
