Editing Biodiversity and Conservation (section)

== <span style="color: #FFFFFF;">Applying</span> ==
'''Modeling 'The Island Biogeography' (Habitat Size):'''
<syntaxhighlight lang="python">
def estimate_species_loss(area_reduction_percent):
    """
    Species-Area Curve: S = c * A^z
    Rule of thumb: Losing 90% of area leads to 50% species loss.
    """
    # z is typically around 0.25
    area_remaining = 1 - (area_reduction_percent / 100)
    species_remaining = area_remaining ** 0.25
    
    return (1 - species_remaining) * 100

# Cutting a forest in half (50% reduction)
loss = estimate_species_loss(50)
print(f"Predicted Species Loss: {loss:.1f}%")
# This is why 'Habitat Fragmentation' is so dangerous; 
# small patches cannot support many species.
</syntaxhighlight>

; Conservation Successes
: '''The Gray Wolf (Yellowstone)''' → Reintroduced in 1995, leading to a "Trophic Cascade" that restored the entire ecosystem.
: '''The Giant Panda''' → Moved from "Endangered" to "Vulnerable" after decades of habitat protection in China.
: '''The Ozone Hole''' → Proving that global cooperation can stop an environmental disaster (The Montreal Protocol).
: '''Svalbard Global Seed Vault''' → A "doomsday" vault in the Arctic holding millions of seeds to protect the world's crop diversity.
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