Tag: Utricularia

^{Type
post

Author
Jonathan McLatchie

Date
February 21, 2024

Categories
Anatomy
Botany
Evolution
Intelligent Design
Life Sciences
Tagged
, Aldovanda, carnivorous plants, carnivory, Charles Darwin, chitinase, Cologne, convergence, Darwin's Black Box, digestion, digestive enzymes, Dionaea, enzymes, evolution, Genlisea, Germany, Heinz-Albert Becker, insects, intelligent design, Irreducible Complexity, Michael Behe, morphology, Nepenthes, nutrients, On the Origin of Species, prey, tentacles, Utricularia, Wolf-Ekkehard Lönnig}

Carnivory in Plants: A Problem for Evolution

_{Jonathan McLatchie
February 21, 2024

Anatomy, Botany, Evolution, Intelligent Design, Life Sciences

10}

The paper highlights features of carnivorous plants that exhibit irreducible complexity, a characteristic of designed systems, citing the work of Michael Behe. Read More ›

^{Type
post

Author
Granville Sewell

Date
April 21, 2021

Categories
Genetics
Intelligent Design
Life Sciences
Zoology
Tagged
, angiosperms, Cambrian Explosion, carnivorous plants, Charles Darwin, convergence, creator, Darwinists, Free University, Gestalt, intelligent design, Irreducible Complexity, Köln, logos, Marcel-Paul Schützenberger, Marcos Eberlin, Max Planck Institute for Plant Breeding Research, Mexico, Michael Behe, mousetrap, Neo-Darwinism, paleontology, Second Law of Thermodynamics, United States, University of Bonn, Utricularia, Wistar Symposium, Wolf-Ekkehard Lönnig}

Wolf-Ekkehard Lönnig: An Intelligent Design Pioneer

_{Granville Sewell
April 21, 2021

Genetics, Intelligent Design, Life Sciences, Zoology

6}

Darwinism sounds superficially plausible until one looks at real plants and animals with their irreducibly complex details. Read More ›

^{Type
post

Author
David Klinghoffer

Date
March 13, 2020

Categories
Life Sciences
Tagged
, __edited, Aldovanda, aquatic bladderwort, carnivorous plants, Dionaea, foresight, Genlisea, Granville Sewell, intelligent design, Irreducible Complexity, John Innes Centre, Marcos Eberlin, Max Planck Institute for Plant Breeding Research, mousetrap, Utricularia, Venus flytrap, Wolf-Ekkehard Lönnig}

Lesson from a Carnivorous Plant

_{David Klinghoffer
March 13, 2020

Life Sciences

4}

The aquatic bladderwort lacks the charm of a rose, a lily, cherry blossoms, or many other plants you can think of, but it has something else to recommend it. Read More ›

^{Type
post

Author
Granville Sewell

Date
February 28, 2020

Categories
Botany
Life Sciences
Tagged
, __edited, Aldovanda, aquatic bladderworts, carnivorous plants, Charles Darwin, components, Darwin's Black Box, Dionaea, Genlisea, Heinz-Albert Becker, Irreducible Complexity, Max Planck Institute for Plant Breeding Research, mice, Michael Behe, mousetrap, nature, Utricularia}

Aquatic Bladderworts — Michael Behe’s “Irreducibly Complex” Mousetrap in Nature

_{Granville Sewell
February 28, 2020

Botany, Life Sciences

6}

Behe offered the mousetrap as an example of a simple everyday device that is “irreducibly complex.” Read More ›

Bladderwort underwater with soft sunlight illuminating delicate leaves

^{Type
post

Author
Casey Luskin

Date
December 24, 2015

Categories
Botany
Genetics
Tagged
, __nedited, ENCODE, eukaryotes, Irreducible Complexity, irreducibly complex systems, microbiology, peer review, peer-reviewed, research idea, transposons, Utricularia, Wolf-Ekkehard Lönnig}

Peer-Reviewed Article on Transposable Elements Cites “Irreducible Complexity” and Other “Teleologic” Factors

_{Casey Luskin
December 24, 2015

Botany, Genetics

4}

Plant geneticist Wolf-Ekkehard L�nnig argues that irreducibly complex structures may defy explanation by TEs or other Darwinian factors. Read More ›