Paleociencia.weebly.com Website Review

If you watch the news, or if you are still a bit up to date, you have probably heard one of those programs or read in some newspaper that the temperature of 2015 was the highest since 1880. That is indicating to you that at least since 1880 is taking temperature records. But you may also have heard that CO2 concentrations are the highest in the last two million years, which will miss you more and make you wonder how the hell you can tell what concentration of CO2 was two million years ago if homo sapiens I was just showing up. In this section I will briefly explain the tools and different types of records that we use the scientific community to know the temperature, precipitation, ecosystem productivity, solar irradiation, volcanic activity, etc. of past times. The section will be enriched with the new ones. Those of us dedicated to studying prehistory have given us the prefix paleo. If you are looking for paleo in google, I as*ure you that we have nothing to do with the paleodieta. Yes, we are related to things like the paleoclimatology that studies the climate of the past, the paleoceanography that studies the oceans of the past, the paleoecology, the ecosystems of the past, paleontology, life on Earth, paleovulcanology, volcanoes, etc. To explain the bases we use in paleociencia (at least in climate, oceans and ecosystems which is what I can explain more) let me use an an*logy In the gif you can see how two large pendulums connected to a pen make a drawing on a great paper. It is easy to understand that if the amplitude and frequency of the pendulums change, the drawing will also change. If we think of an easy example with paleoclimatology, the pendulums would be the variations of the climate (which in many cases oscillate like pendulums, for example