there is a major difference between low-lying clouds and high altitude clouds
for - climate crisis - difference between - low and high cloud cover - low has higher albedo and high has lower albedo - from The Print - YouTube - Low clouds disappearing over earth, rapidly acceleration heating - 2024, Dec
they found another Trend that was appearing across multiple data sets the decline and drop in the formation and prevalence of low altitude cloud cover especially over the world's oceans
for - climate crisis - low cloud cover is disappearing above the oceans - potentially decreasing albedo - from The Print - YouTube - Low clouds disappearing over earth, rapidly acceleration heating - 2024, Dec
there still seems to be a little bit of Gap in data that doesn't account for 0.2 de celsus warming that is present extra scientists have not been able to comfortably explain over the past in fact several years why there is this little bit of extra global warming it is a major major Gap
for - stats - climate crisis - global mean temperature gap in models vs measurement of - 0.2 Deg C - from The Print - YouTube - Low clouds disappearing over earth, rapidly acceleration heating - 2024, Dec
for - climate crisis - unusually low albedo in the last few years - potentially due to growing extinction of low clouds - from The Print - YouTube - Low clouds disappearing over earth, rapidly acceleration heating - 2024, Dec
Since most of the power produced in the electrophoretic process is dissipated as heat the following detrimental effects can result: • an increased rate of diffusion of sample and buffer ions leading to broadening of the separated samples • the formation of convection currents, which leads to mixing of separated samples; • thermal instability of samples that are rather sensitive to heat (e.g. denaturation of DNA) • a decrease of buffer viscosity hence a reduction in the resistance of the medium