Editing Urban Biodiversity (section)

== <span style="color: #FFFFFF;">Applying</span> ==
'''Modeling 'The Connectivity Score' (Predicting if an animal can 'Cross' the city):'''
<syntaxhighlight lang="python">
def calculate_wildlife_path(distance_km, road_crossings, has_corridor):
    """
    Shows how 'Gray' blocks 'Green'.
    """
    risk = (road_crossings * 20) # 20% death risk per road
    
    if has_corridor:
        risk = risk * 0.1 # Corridor reduces risk by 90%
        
    survival_chance = 100 - risk
    
    if survival_chance > 80:
        return f"RESULT: PATH OPEN. Survival {survival_chance}%. The species can 'Flow'."
    else:
        return f"RESULT: PATH BLOCKED. Survival {survival_chance}%. The city is a 'Wall'."

# Case: A Coyote trying to cross 5 busy roads without a corridor
print(calculate_wildlife_path(10, 5, False))
# Case: With a 'Greenway' corridor
print(calculate_wildlife_path(10, 5, True))
</syntaxhighlight>

; Biodiversity Landmarks
: '''The 'London' National Park City''' → London became the "First City" to "Declare itself" a "National Park," treating "Every Garden and Street" as "Habitat."
: '''Pollinator Pathways''' → A movement of "Neighbors" who "Plant Native Flowers" to create a "Continuous Highway" for "Bees and Butterflies."
: '''Vertical Forests (Bosco Verticale)''' → "Skyscrapers" in Milan covered in **900 Trees**, bringing the "Forest" to the "Sky."
: '''Pocket Forests (Miyawaki Method)''' → Planting "Tiny, Dense Forests" in "Small Urban Spots" to "Maximize Biodiversity" in a "Small Space."
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