Tag: cabbage

^{Type
post

Author
Denyse O’Leary

Date
June 19, 2026

Categories
Life Sciences
Philosophy of Science
Scientific Reasoning
Tagged
, animism, Annaka Harris, cabbage, Cambridge University, chauvinism, consciousness, dandelions, Hard Problem, human consciousness, information, lunacy, materialism, Natalie Lawrence, neurons, Paco Calvo, panpsychism, philosophy, Planta Sapiens, plants, ResearchGate, Sam Harris, slime molds, vertebrates}

The Latest: Plants as “Non-Human Persons”

_{Denyse O’Leary
June 19, 2026

Life Sciences, Philosophy of Science, Scientific Reasoning

5}

The need to see humans as equivalent to animals has now spread to the need to see us as equivalent to plants. Read More ›

^{Type
post

Author
Denyse O’Leary

Date
April 27, 2025

Categories
Evolution
Intelligent Design
Planetology
Tagged
, Ars Technica, BBC News, cabbage, Casey Luskin, Charles Darwin, Evolution News, exoplanets, extraterrestrials, Francis Crick, genes, Gizmodo, Human Genome Project, James Webb Space Telescope, K2-18b, Matt Ridley, mouse, Nicolaus Copernicus, Open University, The Guardian, Wesley J. Smith, ZME Science}

To Do His Real Job, ET Doesn’t Need to Exist

_{Denyse O’Leary
April 27, 2025

Evolution, Intelligent Design, Planetology

6}

The only possible conclusion to draw is this: What gives humans importance is not found in our genes. Read More ›

^{Type
post

Author
Wesley J. Smith

Date
April 25, 2025

Categories
Evolution
Intelligent Design
Planetology
Tagged
, cabbage, Charles Darwin, civilizations, earth, evolution, extraterrestrial life, Francis Crick, genes, history, human beings, human exceptionalism, Human Genome Project, intelligent design, life, machinery, Matt Ridley, music, natural selection, Nicolaus Copernicus, planets, sun}

Extraterrestrial Life Would Demonstrate Human Exceptionalism

_{Wesley J. Smith
April 25, 2025

Evolution, Intelligent Design, Planetology

3}

I hope we do find life elsewhere. It would be another step in our advancement as a species. Read More ›

^{Type
post

Author
David Coppedge

Date
June 8, 2023

Categories
Biology
Intelligent Design
Physical Sciences
Tagged
, archaea, boron, cabbage, Casey Luskin, cobalt, coffee, copper, corn, Dartmouth College, elements, hemoglobin, human body, intelligent design, iron, manganese, Michael Denton, milk, mushrooms, nickel, nuts, onions, organs, oysters, peas, phosphorus, PNAS, potassium, Privileged Species, protein science, The Miracle of the Cell, tissues, Uppsala University, urine, zinc}

Brother, Can You Spare a Nickel? It’s Essential for Life, and Likely an Indicator of Intelligent Design

_{David Coppedge
June 8, 2023

Biology, Intelligent Design, Physical Sciences

9}

Nickel is an essential element in the human body, but too much is toxic. Here’s another element our planet had to provide. Read More ›

^{Type
post

Author
Casey Luskin

Date
December 25, 2022

Categories
Biology
Evolution
Intelligent Design
Life Sciences
Tagged
, Arabidopsis thaliana, cabbage, Darwin-skeptics, DNA, evolution, genome, intelligent design, Journal of Theoretical Biology, mutation rate, mutations, Nature (journal), non-random mutation, proteins, random mutations, Research, waiting-time problem}

Merry Christmas! #8 Story of 2022: “Non-Random” Mutations

_{Casey Luskin
December 25, 2022

Biology, Evolution, Intelligent Design, Life Sciences

7}

The study was able to directly measure mutations after they occurred in the plant but before mutations could have been affected by natural selection. Read More ›

^{Type
post

Author
Casey Luskin

Date
February 18, 2022

Categories
Biology
Evolution
Intelligent Design
Life Sciences
Tagged
, Arabidopsis thaliana, cabbage, Darwin-skeptics, DNA, evolution, genome, intelligent design, Journal of Theoretical Biology, mutation rate, mutations, Nature (journal), non-random mutation, proteins, random mutations, Research, waiting-time problem}

New Study in Nature Showing “Non-Random” Mutation Spells Trouble for Neo-Darwinism

_{Casey Luskin
February 18, 2022

Biology, Evolution, Intelligent Design, Life Sciences

6}

The study was able to directly measure mutations after they occurred in the plant but before mutations could have been affected by natural selection. Read More ›