A virtual debate with Jim Steele based on his interview at Heartland Institute:
Heartland Daily Podcast | Jim Steele | January 27, 2015
Research Fellow H. Sterling Burnett (for the National Center for Policy Analysis) interviews Jim Steele, ecologist, director emeritus of the Sierra Nevada field campus of San Francisco State University
Steele: "And we trust the scientific theory because it been fairly tested by others - the theory must out perform all alternate explanations, eliminate confounding factors plus lively debate. But, what I was finding was the scientific process was being defiled when scientists refused to debate in public. ... and any attempt to prevent that debate, in our schools, in the media, in peer reviewed science, it's only denigrating the scientific process. ... And I think those public debates would help create real climate literacy …"
In this third installment I'll be debating your claim that "global average temperature is a totally meaningless concept" and your claim that scientists are leaving information out of their studies, where I demonstrate that you are... how shall we say, misrepresenting the truth.
Steele: So I know changes in the eco-system can't be reduced to simple changes like CO2,~ ~ ~ ~ ~
No educated person says they can be reduced to simple changes like CO2, lots of interactions going on, or as I like to say: folds within folds of harmonic cumulative complexity flowing down the stream of time. ;- )
Steele: and an ecologist knows also that a global average temperature is totally meaningless.~ ~ ~ ~ ~
That's not true.
Steele: You have to examine the local change.It might be wise to say globally, but all organisms act locally, always. And the changes in local micro-climates are by far more critical measurements.~ ~ ~ ~ ~
Examine the local for what? Critical measurements of what?
Wildlife changes? Climate change indicators? If I examine the local conditions of parched California right now what will it tell me Mr. Steele? Other than alarm drifting into fear.
Steele: So, understanding this I realized it was local landscape changes, it was more, ah, natural cycles that were effecting areas that were driving a lot of the changes that I was seeing.~ ~ ~ ~ ~
You don't get specific about what "changes" nor what "natural cycles" - nor how much those natural cycles might be influenced by the global warming trend.
Steele: But oddly researcher were writing papers about the extirpation of butterflies in California by Camille Parmesan who went on to work for the IPCC.~ ~ ~ ~ ~
Or a Pika a little mountain rabbit type creature that was evidence of global warming, even though none of those papers looked at local temperatures, they were just looked at global, which seemed like a total disregard for what we have good science for.
What's with the "extirpation?" Dr. Parmesan's study was a meta population study that looked at range shift, nothing about "extirpation" of butterflies beyond local range changes!
Regarding the Pika, it took no time at all to find a couple Pika studies disputing your claim in that regard.
Demographic analysis of a declining pika Ochotona collaris population: linking survival to broad-scale climate patterns via spring snowmelt patterns
Shawn Morrison and David Hik | July 19, 2007
Journal of Animal Ecology
Volume 76, Issue 5, pages 899–907, September 2007
#4 Adult survival across the entire site was positively correlated to the Pacific Decadal Oscillation (PDO) with a time lag of 1 year, and was uncorrelated to adult density. The PDO was negatively correlated to the timing of spring snowmelt at our site, implicating the importance of earlier spring conditions and plant phenology on the subsequent winter survival of adults and therefore, population growth.
#5 When subpopulations were analysed separately, survivals and fertilities were variously correlated to lagged PDO and adult densities, but the patterns varied spatially. Therefore, the mechanisms underlying V(λ) can vary substantially over relatively short distances.
Contemporary climate change alters the pace and drivers of extinction
Beever, Ray, Wilkening, Brussard, Mote.
Global Change Biology
Volume 17, Issue 6, pages 2054–2070, June 2011
Here, we use fine-scale distributional records developed over the past Century, combined with spatially comprehensive microclimatic data, to demonstrate a dramatic shift in the range of a climate-sensitive mammal and to infer the increasingly important role of climate in local extinctions of this species across a 38.2 million-ha area. Changes in the distribution of the American pika (Ochotona princeps) throughout the Great Basin ecoregion were characterized using records from 1898–2008, revealing a nearly five-fold increase in the rate of local extinction and an 11-fold increase in the rate of upslope range retraction during the last ten years, compared with during the 20th Century.
And what's with your compulsion to denigrate and always assume the worst of these people?
Steele: It was bad science and I tried to replicate Parmesan's paper - which was one of the more iconic papers on global change. But contrary to what we teach students in science that every paper should have a good method section, so you can replicate and independently test what they're saying. She had no method section, what I tried to replicate her studies so I asked for her data she refused to give it to me - so that sort of heightened my suspicion and pushed me towards investigating this whole climate catastrophe suggestions that were going on and pushed me further into writing this book.~ ~ ~ ~ ~
As it happens, I have a copy of Dr. Parmesan's paper and there certainly is a method section and I have the screenshot to prove it !
"Thus, it is unlikely that the observed latitudinal cline in net extinctions was caused by differences in initial population isolation or subsequent land-use changes. This result, in conjunction with earlier detailed studies of climate-caused population extinctions in this butterfly, suggest climate change as the cause of the observed range shift.
However, conclusive evidence for or against the existence of the predicted biological effects of climate change will come, not from attempts to analyse all possible confounding variables in single studies such as this one, but from replication of this type of study with additional taxa in other regions. Until this has been done, the evidence presented here provides the clearest indication to date that global climate warming is already influencing species' distribution."
Published on Jun 21, 2012
Pacific Southwest Station research ecologist Connie Millar talks about her research on the American pika
Published on Jan 29, 2013
Craighead Institute's wildlife biologist, April Craighead, discusses the Plight of the Pika in this video. The American pika (Ochotona princeps) is the smallest member in the rabbit family that includes rabbits and hares.
Published on Apr 12, 2012
On Tuesday 13th March 2012 the National Botanic Gardens hosted an evening of talks by international and national guest speakers exploring the impact that climate change is having on plants and animals.
This event was organised as a collaboration between the National Botanic Gardens,
the Environmental Protection Agency, Trinity College Dublin
and the National Biodiversity Data Centre as part of Dublin City of Science 2012.
And from Mr Steele?
And from Mr. Steele still crickets…
Well except I have discovered he's written some posts about me within the safety of his blog. Which does not allow for comments.
Not surprisingly they skirt my questions.
Eventually I will reproduce those blogposts over here and have a serious look at them. But first onto attempting to get through to San Francisco State University which seems to have circled its wagons, and like Mr. Steele, is doing their best to ignore my inquires about the need for instructors to show fidelity to honestly representing the known science.
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