DNA – Project Biodiversify

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Project Biodiversify

Tools to diversify and humanize biology courses

Materials Home
All
Biological topics
Biologist Identities
- Race/ethnicity
- Religion/spirituality
  - Christian
  - Quaker
- First generation
- Mental health
- Ability
  - physical
  - cognitive
- Immigration status
- Nationality
- Family
  - Class
  - Income
- LGBTQIA+
  - Lesbian
  - Gay
  - Bisexual
  - Transgender
  - Queer
  - Pansexual
- Historical figure
- Woman
- Other Axes of Identity
Study attributes
- Organisms
  - Archaea
  - Viruses
  - Animals
  - Plants
  - Fungi
  - Bacteria
- Biome
  - Agroecosystem
  - Aquatic
    - Freshwater
    - Marine
  - Desert
  - Forest
  - Grassland
  - Rainforest
  - Terrestrial
  - Tundra
- Location
  - Central America
  - South America
  - Africa
  - Europe
  - Asia
  - Antarctica
  - Australia
- Study type
Societal Relevance
Contribute

Materials Home
All
Biological topics
Biologist Identities
- Race/ethnicity
- Religion/spirituality
  - Christian
  - Quaker
- First generation
- Mental health
- Ability
  - physical
  - cognitive
- Immigration status
- Nationality
- Family
  - Class
  - Income
- LGBTQIA+
  - Lesbian
  - Gay
  - Bisexual
  - Transgender
  - Queer
  - Pansexual
- Historical figure
- Woman
- Other Axes of Identity
Study attributes
- Organisms
  - Archaea
  - Viruses
  - Animals
  - Plants
  - Fungi
  - Bacteria
- Biome
  - Agroecosystem
  - Aquatic
    - Freshwater
    - Marine
  - Desert
  - Forest
  - Grassland
  - Rainforest
  - Terrestrial
  - Tundra
- Location
  - Central America
  - South America
  - Africa
  - Europe
  - Asia
  - Antarctica
  - Australia
- Study type
Societal Relevance
Contribute

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Dr. Rosalind Franklin

Image from x-ray crystallography contributes to the discovery of the double helix structure of DNA