Thesis remote sensing

My assertions on past Holocene & ice age temperatures are fact, just research temperature reconstruction from ice core data, it is extremely well accepted science. Research the Roman and Minoan warm periods as compared to today. The so called consensus doesn’t change what I stated, it is accurate. My point is the Earth’s climate is and has always been highly variable, and much more than what we see today. I maintain the recent 20th century warming is dominantly natural as it started before the broad use of hydrocarbons, but I don’t deny mans activity has had some influence on that warming and we should continue to stride to reduce our impact on the planet. On top of that there are multiple factors that influence warming/cooling on our planet including Green House Gas, Earths orbit/Milankovitch cycles, Solar Irradiance, Ocean currents (PDO/ADO), winds, dust, volcanic activity, etc. CO2 is 400 ppm (%) of our atmosphere and mans contribution is roughly 5% of that, and the computer models that predict warming are continually overstated because they rely too much on the influence of CO2. Its almost impossible to solve a complex equation with so many variables. Look at this article http:///handle//89054 from MIT Earth, Atmospheric, and Planetary
Sciences and it is examining computer projections of warming vs the satellite temperature data. In summary it says the models overstate heating. Also when they remove other natural factors from the recent satellite temperature data, specifically volcanic cooling and El Nino warming there is virtually no warming shown since 1993 (Figure 1 C). This article is also co-authored by NASA/GISS with the aim of trying to explain why there has been no significant warming in the L. Troposphere since the late 1990s despite rising levels of CO2, and that is a fact. And finally consensus doesn’t change the debate, the foundation of science is debate, especially a subject as complex as out earths climate. True science is never settled, as Einstein said ” No amount of experimentation can prove me right, a single experiment can prove me wrong”.

The Radar for Icy Moon Exploration (RIME) on-board the JUICE (Jupiter Icy Moon Explorer) mission successfully passed the Preliminary Design Review (PDR). The PDR  is a key milestone for the development of the radar. The review process has been very articulated. It started in mid July 2016 and ended on 14-15 December 2016 with a co-location meeting in ESA-ESTEC (Noordwjik).
The overall instrument review was conducted by the European Space Agency (with the support of Airbus, the JUICE spacecraft Prime Contractor). The process involved as key events: i) the Italian Space Agency review for the Digital Electronic Unit (Rome, 16 November 2016), and ii) the NASA review for the Transmitter, Receiver and Matching Network Units (Pasadena, US, 29-39 November 2016). The RIME team successfully completed all the steps.

Thesis remote sensing

thesis remote sensing

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