What is IPY
SCAR-MarBIN: Linking, Integrating and Disseminating Marine Biodiversity InformationWritten by Administrator
Polar Marine Organisms: Breeding and ExhibitingWritten by Administrator
From Pole To Pole Book SeriesWritten by Administrator
PLATES & GATES: Plate tectonics and polar ocean gatewaysWritten by Administrator
PAME: Polar Aquatic Microbial EcologyWritten by Administrator
ICESTAR/IHYWritten by Administrator
TARANTELLA: Terrestrial Ecosystems in Arctic and AntarcticWritten by Administrator
Terrestrial ecosystems in Arctic and Antarctic: effects of UV light, liquefying ice, and ascending temperatures (TARANTELLA)
Predicted changes in climate and ozone concentrations in the Polar Regions make it critically important to understand how changes in key environmental factors influence polar terrestrial ecosystems via the modification of their individual but interconnected components.
Observational and experimental research on the effect of climate change and ozone depletion is affiliated to international research programmes including the EBA, Evolution and Biodiversity in the Antarctic project, SCAR in the Antarctic, and in the Arctic to ITEX, International Tundra Experiment as well as IGBP-GCTE.
TARANTELLA aims to coordinate these studies by focusing on the experimental approach, in both the Arctic, in collaboration with ITEX, and in the Antarctic.
A common methodology is used, the so-called Open-Top Chambers (OTC) or small greenhouses for temperature manipulations; for UV-B field research, UV-B supplementation (lamps) and/or UV-B exclusion (foils), are used to experimentally establish varied UV-B levels.