by P. Driessen, March 16, 2020 in WUWT
They want to ban coal, oil and gas. Exactly how will they replace them? Who wins? Who loses?
Berkeley, CA, Takoma Park, MD and other cities; California, Connecticut, New York, Virginiaand other states; Germany, England and other countries; the European Union – all plan to banish oil, natural gas and coal within 10, 20 or 30 years. A number of US states have joined Regional Greenhouse Gas Initiatives and proudly say We Are Still In … the Paris climate treaty, no matter what President Trump says or does.
Forget the headlines and models, and look at hurricane, tornado, sea level and other historic records. There is no crisis, no unprecedented warming or weather events, certainly nothing that proves humans have replaced the powerful natural forces that have always driven climate changes and weather events.
But for now, let’s just examine their zero-carbon plans. How exactly will they make this happen? Where do they plan to get the turbines, panels and batteries? the raw materials to manufacture them? How do they plan to function as modern societies with pricey, erratic energy and frequent power disruptions?
Continuer la lecture de How exactly do they plan to replace fossil fuels?
by C. Rotter, March 16, 2020 in WUWT
Diminishing sea ice translates to warmer ocean, more rain, and stronger trade winds.
University of California – San Diego
Arctic and Antarctic ice loss will account for about one-fifth of the warming that is projected to happen in the tropics, according to a new study led by Mark England, a polar climate scientist at Scripps Institution of Oceanography at the University of California San Diego, and Lorenzo Polvani, the Maurice Ewing and J. Lamar Worzel Professor of Geophysics at Columbia Engineering, England’s doctoral supervisor.
While there is a growing body of research showing how the loss of Arctic sea ice affects other parts of the planet, this study is the first to also consider the long-range effect of Antarctic sea ice melt, the research team said.
“We think this is a game-changer as it shows that ice loss at both poles is crucial to understanding future tropical climate change,” England said of the study funded by NASA and the National Science Foundation. “Our study will open a hitherto unexplored direction and motivate the science community to study the large effects that Antarctic sea ice loss will have on the climate system.”
by Dr A. Ollila, March 16, 2020 in ClimateChange Dispatch
During the years 2000-2014, the global temperature hardly increased, and that period has been called the temperature pause or hiatus.
The debate among the climate community has resulted in more than 200 research studies in some cases with opposite results about the reasons.
This amount of papers can be compared to the research studies of Earth’s energy balance and the greenhouse effect. I have found about 10 publications for both subjects.
During the years 2000-2014, the emissions of carbon dioxide were 126 gigatons carbon (GtC) being 31% of the total emission after 1750, but the greenhouse (GH) gases were not able to increase the temperature.
According to the IPCC, the temperature increase should have been 0.4°C from 2000 to 2014 (Ref. 1).
It looks like that the pause ended to the super El Nino 2015-2016 because the temperature has been thereafter about 0.2 °C above-the-pause average.
Research study about the pause and the ENSO
The impulse for my research study came from a story figure on WUWT that showed shortwave (SW) radiation variations during the pause.
A curve showed increased values around El Nino 2015-16 and thereafter. I decided to find out what could be the impact of this finding on the temperatures.
In Fig. 1, I have depicted the total solar irradiance (TSI), SW radiation and LW radiation from 2000 onward. This data is available from the CERES databank maintained by NASA.
Fig.1. TSI, SW radiation and LW radiation trends normalized to the altitude of 20 kilometers.
by K. Richard, December 12, 2019 in NoTricksZone
Within the last few years, over 50 papers have been added to our compilation of scientific studies that find the climate’s sensitivity to doubled CO2 (280 ppm to 560 ppm) ranges from <0 to 1°C. When no quantification is provided, words like “negligible” are used to describe CO2’s effect on the climate. The list has now reached 106 scientific papers.
Link: 100+ Scientific Papers – Low CO2 Climate Sensitivity
A few of the papers published in 2019 are provided below.
“The greenhouse phenomenon in the atmosphere that results from emission of its molecules and particles in the infrared spectrum range is determined by atmospheric water in the form of molecules and microdrops and by carbon dioxide molecules for the Earth atmosphere and by carbon dioxide molecules and dust for the Venus atmosphere. The line-by-line method used the frequency dependent radiative temperature for atmospheric air with a large optical thickness in the infrared spectral range, allows one to separate emission of various components in atmospheric emission. This method demonstrates that the removal of carbon dioxide from the Earth’s atmosphere leads to a decrease of the average temperature of the Earth’s surface by 4 K; however, doubling of the carbon dioxide amount causes an increase of the Earth’s temperature by 0.4 K from the total 2 K at CO2 doubling in the real atmosphere, as it follows from the NASA measurements. The contribution to this temperature change due to injections of carbon dioxide in the atmosphere due to combustion of fossil fuel, and it is 0.02 K. The infrared radiative flux to the Venus surface due to CO2 is about 30% of the total flux, and the other part is determined by a dust.”