Want to make a freighter into a scout? No problem. You have full control over ship design: want to make a corvette into a drone carrier? Go ahead. Your engineers and scientists provide you a high level of flexibility, but it’s your decisions that will shape the empire’s fate. Find the right balance between classic designs and crazy prototypes and your ships will be feared across the galaxy. But will you have the time to implement your strategy? Will you be visionary enough to build weapons and technologies that will make the difference in battles fought decades from now? Find the right balance between fundamental and applied sciences to stay ahead of the opposition. Shaking the hand of a powerful emperor, designing new warships in secret, investing everything in fundamental sciences to gain technology before your competitors - all may be the road to success. Total domination requires many diverse stratagems. You show military strength to discourage potential enemies? Your rivals will combine their forces to eliminate the threat. You look weak? Pirates and scavengers will plunder your planets. Here, a natural death is an uncommon luxury. Just a wilderness of gas, stars, and supernovas soaked in treachery, oppression, and the lust for power.Ĭan anyone build an empire in a place like this? Other factions are naturally suspicious of newcomers and may wage war at the first sign of unidentified craft. Well the Polaris sector has precious little of either. Polaris - the bright star, the star of hope and faith. The ancients who named this sector Polaris sure had a unique sense of humor. Alternatively use the auto-resolve mode when you have more urgent tasks to attend to in your empire. In a similar manner, results from the POLARIS mission will contribute to an assessment of the atmospheric effects of aviation emissions of gases and particles.Polaris Sector is a 4X Sci-fi strategy game - take command of your interstellar empire, manage all aspects and policies including diplomacy, research, ship design and conquer the galaxy! Command your ships in tactical mode: when a battle starts you can join the battlefield and maneuver your ships. These assessment documents represent the scientific basis for actions under the United Nations Montreal Protocol, which provides for the control of ozone-depleting chemicals. The scientific data obtained on these missions have been used extensively in international assessments of stratospheric ozone depletion. Previous ER-2 aircraft missions have focused on understanding ozone loss in the polar regions and mid-latitudes of both hemispheres atmospheric transport between the polar regions, mid-latitudes, and tropics, as well as between the troposphere and stratosphere and the relative importance of various chemical cycles for ozone production and loss. This broad range of operational bases provided the latitudinal coverage required for the atmospheric studies being conducted. Second, the continuous daylight conditions of the polar summer enable a much different chemical environment than is observed at similar times in mid-latitude regions.Ĭampaigns similar to POLARIS have been conducted from bases all over the world, including Punta Arenas, Chile Christchurch, New Zealand Barbers Point, Hawaii Moffett Field, California Bangor, Maine Stavanger, Norway and Fairbanks, Alaska. First, stratospheric temperatures are quite low during the winter polar night, enabling a variety of chemical reactions to occur on surfaces of particles which comprise polar stratospheric clouds. The Arctic is a unique region for stratospheric ozone research. Because of the role ozone plays, we must have a clear understanding of the distribution, chemistry, and physics of stratospheric ozone that will allow us to determine whether various atmospheric changes such as those related to aircraft emissions or the release of chlorofluorocarbons might be causing stratospheric ozone changes. Ozone is an important component of our atmosphere it screens the Earth from the biologically harmful effects of solar ultraviolet radiation. The objective of POLARIS is to understand the behavior of polar stratospheric ozone as it changes from very high concentrations in spring down to very low concentrations in autumn. The Photochemistry of Ozone Loss in the Arctic Region In Summer (POLARIS) is the latest in a series of high-altitude airborne investigations of atmospheric ozone spanning more than a decade.
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