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Islam and Evolution

Theoretical Claims and Cognitive Frames

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In this lesson

What are students learning about evolution? 

How do these scientific explanations challenge Islamic belief?

What have been some of the Islamic responses to evolution.

What should we teach considering Islamic creed and state science standards. 

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Discussion Duo

  • Imagine a student asks you this question: "What does Islam say about evolution?"
  • Discuss your response with an elbow partner.

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Evolution Defined 

  • "Evolution may be defined as any net directional change or any cumulative change in the characteristics of organisms or populations over many generations—in other words, descent with modification… It explicitly includes the origin as well as the spread of alleles, variants, trait values, or character states." (Endler 1986: 5)

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Science Standards for Evolution�(CA Dept of Ed)

The frequency of an allele in a gene pool of a population depends on many factors and may be stable or unstable over time. As a basis for understanding this concept:

    • Students know how natural selection determines the differential survival of groups of organisms.
    • Students know a great diversity of species increases the chance that at least some organisms survive major changes in the environment.
    • Students know the effects of genetic drift on the diversity of organisms in a population.
    • Students know reproductive or geographic isolation affects speciation.
    • Students know how to analyze fossil evidence with regard to biological diversity, episodic speciation, and mass extinction.
    • Students know how to use comparative embryology, DNA or protein sequence comparisons, and other independent sources of data to create a branching diagram (cladogram) that shows probable evolutionary relationships.
    • Students know how several independent molecular clocks, calibrated against each other and combined with evidence from the fossil record, can help to estimate how long ago various groups of organisms diverged evolutionarily from one another.

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Science Standards for Evolution (Cont)�(CA Dept of Ed)

Evolution is the result of genetic changes that occur in constantly changing environments. As a basis for understanding this concept:

    • Students know why natural selection acts on the phenotype rather than the genotype of an organism.
    • Students know why alleles that are lethal in a homozygous individual may be carried in a heterozygote and thus maintained in a gene pool.
    • Students know new mutations are constantly being generated in a gene pool.
    • Students know variation within a species increases the likelihood that at least some members of a species will survive under changed environmental conditions.
    • Students know the conditions for Hardy-Weinberg equilibrium in a population and why these conditions are not likely to appear in nature.
    • Students know how to solve the Hardy-Weinberg equation to predict the frequency of genotypes in a population, given the frequency of phenotypes.”

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How is Evolution Covered in Our Textbooks?

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Fossil Record and the Geological Time Scale

  • Looking at igneous layers, evidence of life goes back 3.7 billion years.
  • Scientists use fossils to distinguish eons, eras, and periods. 
  • Different fossils are found in different igneous layers.  (Life Science, 189-193)

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Environment, Extinction, and Evolution

  • Scientist understand that the disappearance of fossils is due to environmental changes. 
  • Environmental changes lead to the extinction of various species and the survival of others.
  • Some fossils share similarities and this seems to suggest relatedness. 
  • Relation indicates biological evolution: “the change over time in related organisms.” (Life Science, 194-195) 

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Darwin’s Theory

  • Common Ancestry
  • Variation—slight differences in inherited traits. 
  • Natural Selection, “ the process by which populations of organisms with variations that help them survive in their environments live longer, compete better, and reproduce more than those that do not have the variations.” 
  • Adaptation: an inherited trait that increases an organism’s chance of surviving and reproducing in its environment. (Life Science, 201-204)

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Evidence for Darwin’s Theory

  • Comparative Anatomy
    • Homologous Structures
    • Analogous Structures
    • Vestigial Structures (Life Science, 210-211)

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Evidence for Darwin’s Theory

  • Developmental and Molecular Biology
    • Studying embryos can give scientist better idea of how species are related. 
    • Advances in the study of genetics has confirmed Darwin’s theory of common ancestry—scientists can compare genes and proteins
    • Molecular clock can give scientists idea of when a divergence occurred. (Life Science, 212-213)

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Human Evolution

  • Absent from some textbooks, like McGraw Hill. 
  • Present in high school and college textbooks, such as Campbell Biology, Biology (Miller and Levine), and The Living Earth. 
  • Students are also likely aware of it due to popular culture. 

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Textbook Examples

  • "Modern-day humans evolved relatively recently compared to other species on the planet...Fossil evidence reveals that Homo sapiens evolved between 200,000 and 100,000 years ago in what is now Ethiopia in Africa." (HMH Science Dimensions, 204-205)
  • "Between 6 and 7 Million years ago, hominins, the lineage that includes modern humans..., split from the lineage that led to chimpanzees." (Miller and Levine, 818)

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Textbook Examples Continued

  • "Homo sapiens with modern skeletons arrived in the Middle East about 100,000 years ago."     (Miller and Levine, 818)
  • "Fossil evidence indicates that the ancestors of humans originated in Africa. Older species...gave rise to later species, ultimately including H. Sapiens." (Campbell Biology, 751)

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In short, what does evolutionary theory state?

  • That homo sapiens, like other contemporary primates, evolved from an earlier ancestral species, through the same processes of variation, natural selection, and speciation. 

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The Status of Darwinism in Biology

Evolution by natural selection is cornerstone of modern biology. 

Scientists are constantly finding new evidence to support the theory. 

They debate the details but not the overall paradigm. 

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What are the challenges?

Natural laws and Causation (What does God do?)

Chance and Determinism (random vs guided)

Extinction (suffering and waste)  

Human evolution (conflicts with Quranic account of Adam)

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Natural Laws and Causation (What does God do?)

  • Natural selection provides an explanation that requires no outside intervention (naturalism).
  • It is for this reason Dennet dubs Darwin's idea as a "universal acid," that, "eats through just about every traditional concept and leaves in its wake a revolutionized world-view, with most of the old landmarks still recognizable but transformed in fundamental ways." (Dennet, 63)
  • In other words, if God is not needed to explain, why keep God? 

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What is a cause? 

  • In Islam we see that all relationships of Cause and effect are dependent on God.
  • For example, Al Ghazali held that natural laws are patterns in God's actions. 
  • Effectiveness of cause depends on God's will for it to be so, and relationships between causes and effects can be lifted. 

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Miracles 

  • A miracle is a contravention of customary cause and effect (Prophet Ibrahim (pbuh) in the Fire).
  • Scientists don't like this because they say it would make science impossible—any anomaly in the data could be written off as a miracle. Thus they are committed to naturalism.

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Methodological Naturalism

  • There are, according to Al-Ghazali, "some cause-and-effect relationships we must, as observers, deem to be certain (qat'i)." (Jalalel, 124).
  • To deny natural causation is a type of madness. 
  • However, "the cause-and-effect relationship...is determined by the will of God and can only be realized in the world in any given instance with His express permission." 
  • Miracles are not to be assumed
    • Example of Mariam, Zachariah

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Biology in Practice 

  • In practice, we can assume natural causes for things (for example, that a fossil had parents).
  • The exception to this is things mentioned in revelation. 
  • We would reject any claims of metaphysical naturalism: that the natural world is all there is.

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Chance and Determinism

  • Chance plays a role in evolutionary theory—mutation and genetic drift.
  • Chance, understood scientifically, "the final state of a system cannot be completely specified in terms of its initial conditions." (Jalajel, 132)
  • We can think of categories of chance: Epistemic Chance and Ontological Chance. (Malik, 197-198)

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Epistemic Chance 

  • That we are uncertain about a system. 
  • Or that it's unknowable: "the impossibility for an agent to have epistemic accessibility for a given event." (Malik, 198)
  • One type of Ontological Chance is also acceptable, "When something doesn't have a prior physical cause." Such as the Creation of mankind in the Quranic story of Adam). 

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Epistemic Chance: Scriptural Examples 

  • Islam recognizes probability and chance as phenomena that exist in the world that God Created. 
  • Examples, Casting Lots and prohibition of gambling. 
  • "The undeniable aspect of chance in the casting of lots in no way detracts from the outcome being fully determined by God." (Jalajel, 133).
  • There can be some assumed determinism from empirical point of view (as with discussing causation above). 

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Extinction, Suffering, and Waste

  • Problem: Evolution by means of natural selection seems to indicate a lot of waste and unnecessary suffering. 
  • This is a theological question, not a scientific one. 

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Extinction (Suffering and Waste) 

In Islam, "suffering and death are recognized to be as much a part of God's creation as are joy and life." (Jalajel, 137)

Wastefulness "requires a pre-existing assessment of value, of need, and of loss in the face of limited resources." (Jalajel 138)

"Efficiency is a anthropocentric construct that cannot be applied  to God." (Malik, 204)

God has no needs—Nothing increases or decreases God. 

Human perspective is necessarily incomplete. 

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In Scripture

Quran refers frequently to nations passing away. (Jalajel, 140)

Animals are also referred to as nations. (Surah al An'am, 38)

Reproductive success also part of God's decree. (Sura al Shura: 49-50)

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What does Islam teach?

يٰۤـاَيُّهَا النَّاسُ اتَّقُوۡا رَبَّكُمُ الَّذِىۡ خَلَقَكُمۡ مِّنۡ نَّفۡسٍ وَّاحِدَةٍ وَّخَلَقَ مِنۡهَا زَوۡجَهَا وَبَثَّ مِنۡهُمَا رِجَالًا كَثِيۡرًا وَّنِسَآءً​ ۚ ‏ 

O mankind! Be careful of your duty to your Lord Who created you from a single soul and from it created its mate and from them twain hath spread abroad a multitude of men and women.. (Surah al Nisa 4:1)

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Creation of Adam

  • Hadith: “Human Beings are the children of Adam and Adam was created from Earth. God says, “Indeed, we created you from a male and a female and made you into nations and tribes so you may come to know one another. Indeed, the most honored of you with God are those of you who are the most pious.”
  • “O Children of Adam! Do not let Satan tempt you as he removed your two parents out from Paradise.” (Surah al-A’raf: 27) 

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Islamic Approaches

Complete denial of Evolution 

Human Exceptionalism

Adamic Exceptionalism

No exceptions

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Complete denial of Evolution (Creationism)�

  • There are many in this camp—Zakir Naik, Seyyed Hossein Nasr, Harun Yahya, etc. (Malik, 113)
  • In this approach energy is directed at refuting scientific claims to justify textual accounts of the creation of Adam. 
  • Often, the claims made against science demonstrate a lack of scientific understanding and are quickly refuted.   (Malik, 114-121)
  • Also, this leaves question of what you will teach students for life science. 

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Human Exceptionalism

  • This account accepts evolution for all organisms but not for humans. 
  • Adam is created miraculously and then all humans are descendants from him. Evolution perhaps explains differences in racial/linguistic features.  (Malik, 121-133)
  • Scholars in this camp: Nuh Ha Mim Keller, Yasir Qadhi, Nazir Khan (Malik, 113)

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Adamic Exceptionalism

  • This position holds that all organisms emerge through process of evolution including humans. 
  • Adam, specifically, was created miraculously and, after being placed on the earth, mixed in with all the others, and, after time, all of us are descendants of him. (Malik, 133-136)
  • Proposed by David Solomon Jalajel (Malik 113)

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No Exceptions

  • This position holds that evolution is completely true for all organisms, including human beings. 
  • The story of Adam is considered an allegory that shows human beings our metaphysical position in the world (i.e. our role as khalifa, the temptations of Iblis, etc.). 
  • There is no challenge to the science (outside of normal scientific theoretical debate).
  • This approach faces scriptural challenges (the likeness prophet ‘Isa and Adam, etc.)  (Malik, 137-146)
  • Held by Muhammad Iqbal, Nidhal Guessoum, Rana Dajani (Malik, 113)

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Malik, Islam and Evolution (New York: Routledge, 2021), 113.

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Which one is the best?

  • According to Malik, either Human exceptionalism or Adamic exceptionalism fits best with both the science and the scripture. (Malik, 330)

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What to teach

At the base line, teaching evolution is acceptable, with some crucial theological framing. 

Pair units dealing with evolution with theological lessons about the nature of Allah's power and creation. 

Present theological challenges and address them.