Architecture and the natural world have long been intertwined
sasamnwsh
43 views
8 slides
Jul 10, 2024
Slide 1 of 8
1
2
3
4
5
6
7
8
About This Presentation
Architecture and the natural world have long been intertwined. This book
explores how design can learn from the wisdom of animals to create
sustainable, harmonious spaces that benefit both humans and wildlife.
Size: 2.06 MB
Language: en
Added: Jul 10, 2024
Slides: 8 pages
Slide Content
Architecture and Animals
Architecture and the natural world have long been intertwined. This book
explores how design can learn from the wisdom of animals to create
sustainable, harmonious spaces that benefit both humans and wildlife.
Mustafa abdelrhman
The Symbiotic Relationship
Animal
s as Inspiration
From the honeycomb structure of
beehives to the aerodynamic forms
of birds, animals have long inspired
innovative architectural designs.
Coexisting with Wildlife
Thoughtful architecture can provide
shelter and resources for animals,
allowing them to thrive alongside
human development.
Biomimicry in Practice
By studying and emulating natural
systems, architects can create
buildings that are more efficient,
resilient, and ecologically-minded.
Animal-Inspired Design
Termite Mounds
The self-cooling design of termite mounds has inspir
ed sustainable
architecture that regulates temperature without energy-intensive
HVAC systems.
Bird Nests
The intricate, lightweight structures of bird nests
have influenced the
creation of innovative building materials and construction techniques.
Whale Fins
The hydrodynamic shape of whale fins has been replic
ated in the
design of wind turbines, improving their efficiency and energy
generation.
Shark Skin
The unique texture of shark skin has been mimicked t
o create self-
cleaning, drag-reducing surfaces for buildings and vehicles.
Sustainable Habitats
1
Gr
een Roofs
Vegetated roofs provide insulation, reduce urban hea
t, and
create habitats for pollinators and other wildlife.
2
W
ildlife Corridors
Strategically placed bridges, underpasses, and green
spaces
allow animals to safely move between fragmented
habitats.
3
Biophilic Design
Incorporating natural elements like plants, water fe
atures,
and natural light into buildings can improve human
wellbeing and support biodiversity.
Biomimicry in Architecture
1
E
fficient Structures
Studying the load-bearing abilities of natural
s
tructures like honeycombs and seashells can lead
to more efficient and resilient architectural
designs.
2
A
daptive Facades
Dynamic building skins that react to environmental c
onditions, like the way plant leaves track the sun,
can reduce energy consumption.
3
Sel
f-Healing Materials
Emulating the regenerative properties of living
o
rganisms, such as the way bone and skin repair
themselves, can create self-mending building
materials.
4
Cir
cular Systems
Closed-loop metabolic cycles, like those found in
n
ature, can inspire the design of buildings that
generate their own energy and resources.
Preserving Wildlife through
Design
Habitat Restoration
Incorporating wildlife-friendly features like birdho
uses, insect hotels, and
native plantings into building design can support local ecosystems.
Safe Passages
Designing infrastructure like overpasses, underpasse
s, and eco-ducts allows
animals to safely cross roads and railways, reducing collisions.
Renewable Energy
Transitioning to clean, renewable energy sources can
minimize the
environmental impact of buildings and protect vulnerable habitats.
Water Conservation
Strategies like rainwater harvesting, greywater syst
ems, and low-flow
fixtures can reduce a building's water footprint and safeguard aquatic
ecosystems.
Integrating Animals into
Urban Spac
es
1
R
ooftop Farms
Urban agriculture provides food for people and habit
at for
pollinators, birds, and other wildlife in dense city
environments.
2
Living W
alls
Vertical gardens and moss walls not only beautify bu
ildings
but also filter air, reduce noise, and support biodiversity.
3
C
onstructed Wetlands
Engineered wetlands within urban developments can tr
eat
wastewater, manage stormwater, and create vibrant aquatic
ecosystems.
Conclusion: Designing for a
Harmonious F
uture
Key Principles Benefits
B
iomimicry Efficient, resilient, and
ecologically-inspired design
Coexistence Thriving human and animal
communities
Restoration Revitalized habitats and
ecosystems
Sustainability Environmentally-friendly and
resource-conscious architecture
By thoughtfully integrating animal-inspired design strategies, architects
and planners can create a future where human and natural communities
can flourish in harmony.