Tag: Archean Eon

^{Type
post

Author
Casey Luskin

Date
August 14, 2024

Categories
Fine-tuning
Geology
Intelligent Design
Rare Earth
Tagged
, aliens, Archean Eon, atmosphere, continents, Drake equation, Enceladus, extraterrestrial intelligence, Fermi paradox, habitability, intelligent design, magnetic field, Mars, Nautilus, Neoproterozoic, oceans, plate tectonics, Scientific Reports, solar system, The Privileged Planet, Titan}

Study: Geological Habitability Parameters Imply Earth is Special and Advanced Life Extremely Rare

_{Casey Luskin
August 14, 2024

Fine-tuning, Geology, Intelligent Design, Rare Earth

9}

One thing that is likely to get some pushback is the study’s claim that modern-style plate tectonics on Earth did not commence until the Neoproterozoic. Read More ›

^{Type
post

Author
Casey Luskin

Date
February 24, 2021

Categories
Geology
Intelligent Design
Tagged
, Annual Review of Earth and Planetary Sciences, Archean Eon, early Earth, geologists, inference to design, intelligent design, lithosphere, mechanism, Nature, Nature Communications, Neoproterozoic Era, plate tectonics, subduction, subduction zones}

Subduction and the “Mechanism” of Intelligent Design

_{Casey Luskin
February 24, 2021

Geology, Intelligent Design

5}

We can see plenty of evidence that intelligent design in nature is real, but it’s not always clear exactly how that design is instantiated in nature. Read More ›

^{Type
post

Author
Casey Luskin

Date
July 13, 2018

Categories
Evolution
Intelligent Design
Origin of Life
Tagged
, __k-review, animals, Archean Eon, atmosphere, body plans, Cambrian Explosion, Cambrian News, China, Darwin's Doubt, evolution, genetic information, oxygen, oxygen theory, paleontology, Precambrian strata, sedimentary rock, Stephen Meyer, trilobites, University of Alberta}

Newly Identified Banded Iron Formation Puts Origins Theories on Horns of a Dilemma

_{Casey Luskin
July 13, 2018

Evolution, Intelligent Design, Origin of Life

4}

Many claim the Cambrian explosion was triggered by a sudden global increase in oxygen levels. Read More ›