Well, at least the first part of the headline is true.  See here.  Wasn’t it only a few years ago the alarmists told us the glaciers would be completely gone by 2035.  Well, that’s true if by “gone” they meant “bigger.”

Remember that new Academic Freedom law that allows the scientific evidence to be examined for theories such as evolution, and the theory to be criticized? And remember how the Los Angeles Times falsely reported the story, literally contriving a false narrative and misinforming their readers? I explained the problem to the Times here, and they responded with an absurd, categorical denial which made no sense. I followed up a second time with this message below to journalist David Zucchino, but Mr. Zucchino has now responded, as before, that no correction will be printed.  Read more

We have seen (here andhere) that the mitochondria DNA of the single-cell eukaryoteTrypanosoma brucei is incredibly complex and unique, and make no sense on evolution, and more over that these incredible mitochondria designs reappear in distant species on the evolutionary tree. For instance, the Euglenids and the Dinoflagellates share these bizarre mitochondria similarities. Evolutionists are calling it “Corresponding evolutionary histories” or “Cascades of convergent evolution,” and it is far beyond the explanatory power of the usual just-so stories, such as gene transfer, gene duplication or gene loss. It is just another example of how evolutionary theory fails but the story doesn’t end with the mitochondria.  Read more

I don’t know, but at the Max Planck Institute they think maybe their sperm can.  See here.

Evolution expects the species to fall into a very definite pattern, but they don’t. For example, we saw that the mitochondria DNA of the single-cell eukaryote Trypanosoma brucei is incredibly complex and unique, and make no sense on evolution. But the contradictions don’t stop there. Evolutionists were further shocked to find such similar features in completely different organisms, on completely different parts of the evolutionary tree. Consider, for example, the Euglenids and the Dinoflagellates shown in the figure (which shows the 5 supergroups that comprise the eukaryotes). These two groups are very different—Dinoflagellates are Chromalveolates while Euglenids are Excavates—but their mitochondria are not only similar, but similar in ways that are highly unique. Imagine finding an automobile with six wheels instead of four. It is the Read More ›

You may remember from your high school biology class that DNA segments called genes are transcribed and that the copy, which is slightly different and called RNA, is then translated into a string of amino acids which folds up into a new protein. And in the more complicated eukaryote cells this process is more elaborate because the genes can be split up into multiple segments (called exons) in the DNA. This means the RNA transcript needs some editing to splice out the intervening regions. You may also remember your teacher explaining the cell division process and how the DNA is duplicated so that in the end there are two identical copies of the cell’s genome.  Read more