• Figure — Details of Earth's energy balance (Source: Kiehl and Trenberth, 1997).
• Figure — Indicators of human influence since 1000 A.D. (Source: IPCC, Working Group I, Summary for Policy Makers, figure 2).
• Figure — Global mean radiative forcing of the climate system since 1000 AD, for the year 2000 (Source: IPCC, Working Group I, Summary for Policy Makers, figure 3).
• Figure (a&b) — Variations of the Earth's surface temperature (Source: IPCC, Working Group I, Synthesis Report, figure 1).
• Figure — Models of Earth's temperature since 1860 (Source: IPCC, Working Group I, Summary for Policy Makers, figure SPM-2).
• Figure — Decadal Temperature Trends: 1976 to 2000 (Source: IPCC, Synthesis Report, figure 2-6b).
• Figure — Variations of the Earth's surface temperature: years 1000 to 2100 (Source: IPCC, Synthesis Report, figure SPM-10b).
• Figure — Past and future CO₂ concentrations (Source: IPCC, Working Group I, Summary for Policy Makers, figure 10a).
• Figure — A1F1, A1T and A1B Emission Scenarios (Source: IPCC, Synthesis Report, figure SPM-3).
• Figure — Predicted and observed changes in global temperature after the 1991 eruption of Mt. Pinataubo. (Source: Hansen et al, 1996).
• Figure — Subjective Estimates of climate sensitivity (Source: Morgan and Keith).
• Figure — Single probability density function (pdf) and cumulative density function (cdf) pair for climate sensitivity, delta T_2x, the equilibrium surface temperature warming for a doubling of CO₂ (Source: Andronova and Schlesinger).
• Figure — Reasons for concern about climate change impacts (Source: IPCC WG 2 TAR, figure SPM-2).
• Figure — Probability distributions (f(x)) of climate damages from an expert survey in which respondents were asked to estimate tenth, fiftieth, and ninetieth percentiles of damages for the two climate change scenarios shown (Source: from Roughgarden and Schneider, 1999. Data from Nordhaus, W.D., 1994.)
• Figure — Analysis of a 400 year long central England temperature record and the Hadley Center Hadcm3 climate model for intense winter cold spells and intense summer hot spells. (Source: Palukitof, Climate Research Unit, UEA).
• Figure — Cascade of uncertainties typical in impact assessments showing the “uncertainty explosion” as these ranges are multiplied to encompass a comprehensive range of future consequences, including physical, economic, social, and political impacts and policy responses (Source: modified after Jones, 2000, and the “cascading pyramid of uncertainties” in Schneider, 1983; see Schneider and Kuntz-Duriseti, 2002, Figure 2.3).
• Figure — Frequency of temperature increases around 2100 (Source: Schneider, 2002a).
• Figure — Three climate sensitivities and two scenarios (Source: Root, Root and Schneider, in preparation).
• Figure — Schematic stability diagram of the Atlantic thermohaline circulation (Source: Rahmstorf, 1999).
• Figure — CO₂ concentration, temperature and sea level (Source: IPCC Synthesis Report, figure 5-2).
• Figure — What will happen to the Snows of Kilimanjaro? (Source: PAGES).
• Figure — Alpine Glacier - circa 1900 (Source: Munich Society for Environmental Research).
• Figure — Alpine Glacier - recent photograph (Source: Munich Society for Environmental Research).
• Figure —The expected utility of the gamble (Source: Schneider and Kuntz-Duriseti, 2002; modified afterVarian, 1992).
• Figure — M1 to M4: schematic depiction of the relationship between “well-calibrated” scenarios (modified from Jones, 2000, Figure 2.2 in Schneider and Kuntz-Duriseti, 2002).
• Figure — “Cliff diagram” of equilibrium Thermohaline Circulation (THC) in the North Atlantic Ocean overturning varying PRTP and climate sensitivity. (Source: Mastrandrea and Schneider, 2002).
• Figure — Left: IPCC stabilization scenarios for atmospheric CO₂. Right: Corresponding equilibrium changes in global mean temperature since pre-industrial times (central values plus uncertainty ranges from IPCC (1996a) (Source: Azar & Rodhe 1997).
• Figure — Global income trajectories under BAU and in the case of stabilizing the atmosphere at 350 ppm, 450 and 550 ppm. Source: Azar & Schneider (2002).
• Figure — Various reconstructions of temperature over the last 1000-2000 years relative to the reference period 1961-90. (from Mann et al., 2003). (Source: Bradley, 2003)
• Figure — A geographic information system representation of glacier shrinkage from 1850 to 1993 in Glacier National Park. (Source: USGS - Understanding Climate Change Effects on Glacier National Park's Natural ReSources)
• Figure — The modeled relationship between the PRTP — a factor determining the discount rate — and the probability of DAI in 2100. (Source: Mastrandrea and Schneider, 2004.)
• Figure — The modeled relationship between carbon taxes in 2050 (a proxy for general climate policy controls) and the probability of DAI in 2100. (Source: Mastrandrea and Schneider, 2004.)
• Figure — Contraction and Convergence Model. (Source: Global Commons Institute).
• Figure— CO2 emissions - in different regions in 2000, per capita and population. (Source: Climate Change Challenge Report, Grubb 2004, Chart 5.)
• Figure — The economic losses from catastrophic weather events. (Source: IPCC TAR Synthesis Report, figure 2-7.)
• Figure— Potentially sensitive ‘switch point’ areas. (Source: Grubb 2004, from J. Schellnhuber and H. Held, adapted from ‘How Fragile is the Earth System?', in J. Briden, and T. Downing, T.(Eds.), Managing the Earth: the Eleventh Linacre Lectures, Univ. Press, Oxford, 2002).

Boxes:

• Box — Emission scenarios of the Special Report on Emission Scenarios (SRES) (Source: IPCC SRES).
• Box — The Five Numeraires (Source: Schneider, Kuntz-Duriseti and Azar 2000).

• Table — Projected effects of global warming during the 21^st Century (adapted from IPCC 2001b, table SPM-1).
• Table — Regional adaptive capacity, vulnerability, and key concerns (relevant sections of IPCC 2001b for each example are given in square brackets) (Source: IPCC 2001b, table SPM-2).
• Table — Potential Scientific Biases (Source: Schneider 2003, "Mediarology", this website)
• Table — Political Interests in Environmental Debates (Source: Schneider 2003, "Mediarology", this website)
• Table — Advocacy/Popularization “Rules” (Source: Schneider 2003, "Mediarology", this website)
• Table — Role of Citizen-Scientists (Source: Schneider 2003, "Mediarology", this website)
• Table — Summary of Principal Human Activities That Can Influence Climate Change (Source: Schneider, S.H. and R. Londer, 1984).