Recent Changes

Saturday, March 15

  1. page Referencias edited ... Ångström, Knut, 1900, “Ueber die Bedeutung des Wasserdampfes und der Kohlensäure bei der Absor…
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    Ångström, Knut, 1900, “Ueber die Bedeutung des Wasserdampfes und der Kohlensäure bei der Absorption der Erdatmosphäre”, Annalen der Physik, Volume 308 Issue 12, Pages 720 – 732
    Ångström, Knut, 1916, The Nocturnal Radiation. Pomona College Astronomical Society, 5, 78-86
    Anders Angström 1916 "Über die Gegenstrahlung der Atmosphäre" (On the counter-radiation of the atmosphere) the Meteorologische Zeitschrift 33, 529–538.
    Reviews históricos
    An interactive history of climate change
    (view changes)
    9:14 am

Wednesday, February 13

  1. 12:31 pm
  2. page home edited El objetivo de esta wiki es reunir conceptos básicos de climatología [[include component="…

    El objetivo de esta wiki es reunir conceptos básicos de climatología
    [[include component="tagCloud" ]]component="tagCloud"]]
    ¿Cómo puedo colaborar en la wiki?
    CreaSi deseas aportar contenidos que crees deben estar en esta wiki, sólo tienes que solicitarlo de la siguiente manera. Crea un usuario
    ...
    wiki .
    ¿Cómo puedo aprender a utilizar la wiki?

    ¿Necesitas más ayuda?

    Empieza en este tutorial tutorial de introducción (pdf) {Manual Wikispaces.pdf}
    Recuerda que la manera más sencilla de aprender es crear tu propia wiki y experimentar todo lo que quieras y sin ningún miedo.
    Para saber más puedes continuar con el siguiente tutorial

    Zona de debate (sólo usuarios registrados)
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    component="comments" page="home" limit="10" ]]limit="10"]]
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    12:30 pm

Sunday, January 27

  1. page Blogs edited ... OpenMind Realclimate Serendipity Skeptical ScienceTraducción al español The Science of D…
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    OpenMind
    Realclimate
    Serendipity
    Skeptical ScienceTraducción al español
    The Science of Doom.Putting Climate Science in Perspective
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    2:56 pm
  2. page Referencias edited ... Energy Balance Modeling History of climate modeling Isaac Held on how simple models are lik…
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    Energy Balance Modeling
    History of climate modeling
    Isaac Held on how simple models are like fruit flies i
    John Baez basic introductions to the different types of climate model, mathematics of climate modelling.
    Simple Climate Models to play with in the classroom

    Portales
    Climate Ark
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    2:55 pm
  3. page Software edited ... C-learn Climate Simulation. Ver Climate Interactive Java Climate Model. Interactive model lin…
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    C-learn Climate Simulation. Ver Climate Interactive
    Java Climate Model. Interactive model linking climate science & policy based on IPCC-TAR formulae.
    Climate Models
    Simple Energy Balance Models (for exploring the basic physics)
    Zero dimensional Energy Balance from Wolfram.
    A simple spreadsheet zero-dimension energy balance model from Climateprediction.net.
    Energy Balance Model with ability to add atmosphere layers from Phet. This simulation shows off how greenhouse gas molecules interact with photons, trapping them or allowing them through. Pretty neat for giving students an intuition for how the greenhouse effect works.
    One-dimensional Energy Balance model from Shodor. Calculates the equilibrium temperature for each latitude zone on the planet, allowing you to specify cloud and ice albedo, solar constant, longwave radiation loss, and starting temperatures for each zone. Not very usable, but good illustration of what a 1-dimensional model might do.
    A one-layer energy-balance model developed by Michael Mann at Penn state, for use in his course on global warming. Allows you to alter different feedback factors (albedo, clouds, ice, water vapour), to test their effect on temperature and climate sensitivity.
    A Java applet Global Energy Balance Model, from Rob MacKay at Clark College (part of a whole collection of Java Physlets from Davidson University)
    A simple spreadsheet zero-dimension energy balance model from Climateprediction.net.
    The Global Equilibrium Energy Balance Interactive Tinker Toy (Geebitt) from Chris Petersen at NASA GISS, a more sophisticated spreadsheet model.
    An energy flow simulator written in NetLogo from Northwestern U, showing how heat transfer works between the sun, atmosphere and ground, and allowing you to adjust CO2 and cloudiness dynamically.
    General Circulation Models (for studying earth system interactions)
    EdGCM – an educational version of the NASA GISS general circulation model (well, an older version of it). EdGCM provides a simplified user interface for setting up model runs, but allows for some fairly sophisticated experiments. You typically need to let the model run overnight for a century-long simulation.
    Portable University Model of the Atmosphere (PUMA) – a planet Simulator designed by folks at the University of Hamburg for use in the classroom to help train students interested in becoming climate scientists.
    Integrated Assessment Models (for policy analysis)
    C-Learn, a simple policy analysis tool from Climate Interactive. Allows you to specify emissions trajectories for three groups of nations, and explore the impact on global temperature. This is a simplified version of the C-ROADS model, which is used to analyze proposals during international climate treaty negotiations.
    Java Climate Model (JVM) – a detailed desktop assessment model that offers detailed controls over different emissions scenarios and regional responses.
    Systems Dynamics Models (to foster systems thinking)
    Bathtub Dynamics and Climate Change from John Sterman at MIT. This simulation is intended to get students thinking about the relationship between emissions and concentrations, using the bathtub metaphor. It’s based on Sterman’s work on mental models of climate change.
    The Climate Challenge: Our Choices, also from Sterman’s team at MIT. This one looks fancier, but gives you less control over the simulation – you can just pick one of three emissions paths: increasing, stabilized or reducing. On the other hand, it’s very effective at demonstrating the point about emissions vs. concentrations.
    Carbon Cycle Model from Shodor, originally developed using Stella by folks at Cornell.
    And while we’re on systems dynamics, I ought to mention toolkits for building your own systems dynamics models, such as Stella from ISEE Systems (here’s an example of it used to teach the global carbon cycle).

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    2:47 pm

Friday, July 6

  1. page Clima edited ... Si de hecho la tendencia a largo plazo fuese unas 10 veces mayor (0.1 ºC/año), y el ruido se m…
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    Si de hecho la tendencia a largo plazo fuese unas 10 veces mayor (0.1 ºC/año), y el ruido se mantuviese al mismo nivel, unos pocos años serían suficiente para "ver" esa tendencia general. Por tanto, esos 30 años no corresponden tanto a una definición ad hoc de escala temporal característica del clima, como a una estimación obtenida a partir de las mediciones señal/ruido.
    Puede personalizarse los intervalos y los suavizados de los datos con este script.
    {http://tamino.files.wordpress.com/2012/07/twosig2.jpg}
    Referencias
    Global Climate Change Student Guide. Introduction.
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    Year. How long?.long? How Long? (2012). Open Mind.
    Wikipedia. Clima. Definition
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    7:47 am

Sunday, April 15

  1. 3:05 pm

Sunday, April 1

  1. page Referencias edited ... The General Circulation of the Atmosphere Datos Argo. Argo is a global array of 3,000 free-…
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    The General Circulation of the Atmosphere
    Datos
    Argo. Argo is a global array of 3,000 free-drifting profiling floats that measures the temperature and salinity of the upper 2000 m of the ocean.
    Carbon Dioxide Information Analysis Center
    Climate Data Info.
    (view changes)
    3:56 pm

Thursday, March 22

  1. 4:29 pm

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