SMOS(Soil, Moisture and Ocean Salinity) Success

This is the beginning of excellent ocean data. I suspect that the primary driver of the forty year long Arctic warming spell is an incremental switch up some forty years ago of heat delivered into the Arctic. This effectively constant heat increment has driven this whole warming cycle. If it is driven by direct changes in ocean conditions, then this technology should pick up the signals.

In the meantime we will get real data on the condition of the summer melt in the Arctic. This is very welcome to myself who has been tracking conditions from the beginning of this blog. Recall I also predicted that the sea ice would be in pretty well maximal collapse by 2012. this has turned out to be essentially correct, and even stronger that I had actually expected.

The good news is that my lonely prediction that we were facing eminent collapse to 2012 turned out the be dead on and pretty clearly proved that the climate scientists involved are uncomfortable with non linear processes. In fairness NASA came out and said exactly the same thing shortly after my press release came out. Someone did not want to look like an idiot and my release gave him the cover to put his out.

Shipping of some sort is now possible and happening.

However, further ice loss is more difficult and I expect to see equilibrium established. Sailing across an open polar ocean is unlikely simply because the Gyre itself will always hold some multi year ice.

SMOS: the global success story continues

by Staff Writers

Paris (ESA) Feb 26, 2013

The Soil Moisture and Ocean Salinity (SMOS) mission makes global observations of soil moisture over Earth's landmasses and salinity over the oceans. Variations in soil moisture and ocean salinity are a consequence of the continuous exchange of water between the oceans, the atmosphere and the land - Earth's water cycle.

http://www.spacedaily.com/reports/SMOS_the_global_success_story_continues_999.html

ESA's water mission is shedding new light on the meandering Gulf Stream, just one of the SMOS satellite's numerous achievements. Launched in 2009, ESA's Soil Moisture and Ocean Salinity satellite has been helping us to understand the water cycle.

Over the past three years it has been providing more accurate information on global soil moisture and ocean salinity.

New results unveiled in Spain show that SMOS is now providing new insights into the movement of the Gulf Stream - one of the most intensely studied current systems.

Originating in the Caribbean and flowing towards the North Atlantic, the current plays an important role in the transfer of heat and salt, influencing the climate of North America's east coast and Europe's west coast.

Salinity observations from SMOS show that warm, salty water being carried north by the Gulf Stream meets the colder, less-salty water transported southward along North America's east coast by the Labrador Current, mixing the water masses off Cape Hatteras.

SMOS can distinguish between and follow the resulting eddies that are 'pinched off' from the current and form little parcels of warm and salty water in the Labrador Current, and the colder, fresher water in the Gulf Stream.

SMOS is able to monitor this process thanks to its high resolution and frequent revisits. This is giving scientists a new view of how salt is exchanged across current boundaries - a key to understanding the 'conveyor belt' of global oceanic circulation.

These and other scientific achievements from three years of the SMOS mission were presented at a conference held at ESA's European Space Astronomy Centre in Villanueva de la Canada, near Madrid, Spain. SMOS was realised with special contributions from France and Spain.

"SMOS is the second Earth Explorer we have placed in orbit - and is delivering important new information on global soil moisture and ocean salinity for a broad range of applications," noted Volker Liebig, ESA Director of Earth Observation Programmes.

The mission's Lead Investigators, Yann Kerr and Jordi Font, are the focal point of the scientific research of the mission and lead discussions on soil moisture and ocean salinity findings.

Unexpected results demonstrating the versatility of this collaborative European mission - like the findings on the Gulf Stream - were also highlighted at the event by Nicolas Reul from Ifremer, France's institute for sea research.

Surpassing expectations, SMOS data are being used to monitor Arctic sea-ice extent and thickness, providing daily coverage of the Arctic Ocean.

In addition, the satellite can determine wind speeds under hurricanes - such as last year's Hurricane Sandy that devastated parts of the US east coast - by measuring the microwave radiation emitted by rough seas.

Today's workshop included a welcome by the head of ESA's European Space Astronomy Centre in Spain, Alvaro Gimenez, and a speech on the future of space technology in Spain by Luis Valero, Spain's General Secretary for Industry and SMES.