Real scientists, actually engaged in research, not a bunch of goofs with no credential, no publication in peer reviewed journals in the subject, and no apparent knowledge in the field of climate research.
http://www.skepticalscience.com/Monckton-response.pdf
Response from Dr. Michael MacCracken
Monckton’s discussion of the impacts of a continued rise in the level of CO2, which he limits to the possible increase in the yield of some crops, is extremely superficial. Just the rise in the CO2 concentration alone, independent of the impacts of climate change on the environment, is tending to acidify the oceans, and already leading to a shallowing of the depths at which the calcium carbonate making up fish skeletons, shells, and coral reefs dissolve. This is already starting to have impacts on Arctic marine systems (because the chemistry affects colder waters first) and a growing number of coastal aquaculture projects (including, for example, in the Pacific
Northwest). [See also responses to Assertion 4 below]
While climate change leads to a very wide range of environmental and societal impacts, those that will lead to costs likely becoming far greater than the costs of switching off of fossil fuels include the following: (a) a rise in
sea level of perhaps 1±0.5 meters by roughly 2100, which will require substantial construction of costly barriers and likely significant population relocation from many low-lying areas; (b) poleward shifts in storm track and upward shifts in the snowline that will alter the amount and timing of river waters in ways that, combined with
intensified evaporation and increasing societal needs, greatly limit available water resources; (c) create stresses on forests and other ecosystems that weaken them, making them much more susceptible to fires and pests; (d) human health and well-being are more greatly stressed by the rising heat index, the more frequent and intense occurrence of what have been relatively rare severe storm conditions, and a greater and spreading threat of pest and vectorborne infectious diseases—all requiring much more significant public health efforts; and (e) especially for those in currently marginal agricultural regions, more difficult conditions for farmers to deal with, including more frequent and faster onset of drought, rain coming in more intense events that overwhelms soil moisture capacity (causing
loss of needed water to flooding runoff), intensified pressure from pests and weeds, and altered timing of plant flowering and growth that is expected to be generally disruptive and require greater efforts and training of farmers.
Dr. Michael MacCracken:
Chief Scientist, Climate Change Programs with the Climate Institute in
Washington DC, a non-partisan, non-governmental organization established in 1986 to heighten national
and international awareness of climate change. Dr. MacCracken recently completed a four-year term as
president of the International Association of Meteorology and Atmospheric Sciences. For 25 years he wasan atmospheric physicist at the Physics Department of the University of California’s Lawrence Livermore National Laboratory (LLNL). His research included numerical modeling of various causes of climate change including study of the potential climatic effects of greenhouse gases, volcanic aerosols, and landcover change.