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THESIS DESIGN CATHY HUANG 2022 RE-IMAGINING GUMS CAMPGROUND TO PROVOKE AWARENESS & ENRICH OUTDOOR EXPERIENCES IN KINGLAKE NATIONAL PARK
ACKNOWLEDGMENT
I ACKNOWLEDGE THE TRADITIONAL CUSTODIANS OF THE LAND ON WHICH WE HAVE BASED THIS DESIGN PROJECT, THE TAUNGURUNG PEOPLE OF STRATHBOGIE, MITCHELL, MURRINDINDI AND MANSFIELD.
I PAY RESPECT TO ALL TAUNGURUNG ELDERS AND ANCESTORS, PAST & PRESENT AND RECOGNISE THEIR CONTINUED CONNECTION TO THE LAND AND WATERS OF THIS BEAUTIFUL PLACE, AND ACKNOWLEDGE THAT THEY NEVER CEDED SOVEREIGNTY.
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TABLE OF CONTENTS
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4 5 7 15 22 THESIS STATEMENT TOPIC EXPLORATION SITE INVESTIGATION DESIGN DEVELOPMENT DETAIL DESIGN
THESIS STATEMENT
“Net Zero Emissions” has long been a discussion amongst many governments around the world, however, much of this revolves around prioritising developing energy production technology, with not enough focus around our endless everyday consumption within society. With our current resource consumption, we have already done irreparable damage to the planet.
Transitioning to a circular economy, not just in industry but in the everyday lives of people will alleviate the drain on the planet’s resources. This calls for new methods, new approaches and innovations to design that will inspire and share knowledge, not just across disciplines but as well as the users of our spaces.
Camping presents a unique experience where in which people become not only more aware of the natural world around them, but also the resources they require when living outside of urbanity. Most campers adopt a ‘minimalistic’ lifestyle when away from home, though this does not have to been they have to be uncomfortable despite being without electricity, running water and the comfort of their bed.
This project will reimagine the Gums Campground to enrich people’s camping experiences through sensory delight and unexpected exposures to new experiences. This will complement the existing campground and its rustic character to spark meaningful interaction with nature and provoke awareness of how limited resources can be made the most of to ensure quality lifestyles and enjoyable experiences.
Crafting a new identity that will integrate the local camping culture, people’s daily life experiences as well as tourism, bringing people together for a shared outdoors experience while showcasing the natural beauty of Kinglake National Park.
Here visitors will: -learn to respect nature -enjoy pure happiness to renew themselves -see the spirit of crafting -understand the sustainability of nature -be immersed in the philosophy of living
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COTTON & PESTISIDES
99.3% of the world’s cotton is produced chemically using synthetic fertilizers and pestisides, contributing to excess nitrogen in water supplies and oceanic dead zones. (eutrophication of waterways from agricultural runoff)
Polyester is found in 50% of clothing and cotton in 40% of clothing. (2nd most commonly used fiber in fashion industry)
Cotton uses more pesticides than any other type of crop which can also affect soil and animals in the ecosystem.
Wood base fibers (Viscose, rayon, modal) contribute to deforestation. Not all from sustainably managed forests.
PRODUCTION & PACKAGING
WATER DYE & TEXTILE WASTE
20% of industrial water pollution worldwide comes from treatment and dyeing of textiles
in developing countries, 90% of dye and textile factories release their waste directly into fresh water supply
96 million tons of fiber was produced globally in 2015.
TRANSPORT
85% of all donated clothing is sold to bulk processors before they are shipped overseas 25% of clothes are recycled into carpet pads, insulation and mattresses 30% of clothes are sold and cut up into industrial wiping rags
1.7 billion kgs
post consumer textile waste is recycled per year. These need to be transported by sea or air and require energy to recycle.
LIFECYCLE OF FAST FASHION
45% of wearable clothing is sold in bales that weigh 250-450kg and shipped overseas
Cotton is a high water crop 57% of world’s cotton production occurs in areas of high water stress - irrigation is required.
-73% of the world’s cotton is grown on irrigated land.
CO2 EMISSIONS
Factories often operate at 100% 24hours a day -fashion industry produces 10% of the world’s carbon.
natural fiber t-shirt produces 2kg and polyester produces 6kg.
polyester production uses 98 million tons of crude petroleum per year.
CONSUMERISM & WASTE
More then 100 billion pieces of new clothing are made each year.
-In the US, only 15% of textile waste is recycled The average american throws away 81 pounds of clothes in one year into landfills.
-It takes 200 years for polyester, nylon and spandex to breakdown in landfills.
-On average, fast fashion is worn 10 times or less.
If the longetivity of a shirt is reduced from 1 year to 1 month (8%) then carbon emissions increase by 550% per item per year.
new clothing produced worldwide recycled into new clothing End up in landfills
5 TOPIC EXPLORATION CIRCULAR ECONOMY
Fiber cultivation Recycling Reuse Repair Consumerism Production
Polyester 70-100 million trees per year Cotton Other 2kg CO2 Aviation + Maritime Fashion Industry 6kg CO2 1% of oil produced worldwide 26% of CO2 emissions by 2050 Natural Fibers Synthetic Fibers 2700 litres 8100 litres
CIRCULAR ECONOMIES
• in balance with nature • doesn´t extract or pollute more than systemically sustainable • creating value by extending the lifetime of products or materials
THE INNER CIRCLE (MINIMISE CHANGE)
Minimize change & refurbishment applied to a site to save on energy, water, labour.
Retain existing parts
Durability ensures fewer natural resources needed for longterm use. Design & construct for easy maintenance, partial replacement and eventual disassembly and recirculation. Prolong the lifetime of structures
6 EVERYDAY CIRCULAR ECONOMY
TERM CIRCULATION (DURABILITY) CASCADED USE (REUSE/RECYCLE)
CIRCLES (AVOID PROCESSING) TOPIC EXPLORATION
Lightly reprocess used materials to extend lifetime and be reused as parts. Keep materials in circulation in reshaped or refurbished form. Minimise extraction of new virgin material resources to lower environmental footprint. Try retain purity and quality of materials for easier reuse. Avoid processing or mixing (ie. coated/joined through casting or gluing) LONG
PURE
rock steps | relaxing visual & touch experience
fallen logs | playing touch experience
platforms & boardwalk | appreciating visual experience
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SITE INVESTIGATION RELATIONSHIP WITH WATER
8 SITE INVESTIGATION Experienced Accessible 0 3 6km
Wombelano Falls
Jesophat Gully
Island Creek Mt. Sugarloaf Lookout
KINGLAKE NETWORKS
Mason’s Falls Bowden Spur Mountain Biking
200,000 visitors per year
Common group size: 2 or 3-5 people
ACCESSIBILITY:
-Easy access -Bus tours
-Comfortable camping options -Camper trailer facilities
(Whittlesea (closest surburban area) has high proportion of people with disabilities/special needs. )
FUTURE FOCUSED: -Technology based information, interpretation and experience -Facilities reflecting greater environmental conscience
9 SITE INVESTIGATION USER DEMOGRAPHICS
INDIVIDUALS COUPLES FAMILIES GROUPS ELDERLY
CREEKS AND RIVERS IN AREA
-VALLEY TOPOGRAPHY -VIEWPOINTS
Gums campground sits in a valley according to the topography. The area could be prone to runoff if there are increased rain levels in a short amount of time. Although risk is not very high.
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SITE INVESTIGATION TRAILS & WATER
The creek is a key feature of the campsite and is popular amongst its users. There is only one main access point via a set of subtle stairs off the main car track.
Dense forested area offers habitats for animals and birds and somewhat of a sound barrier from the road. However, large vehicles (trucks) can still be heard.
11 SITE INVESTIGATION
SECTION C-C’ | CROSS SECTION ACROSS GUMS CAMPGROUND
SECTION B-B’ | TRANSITION FROM CAMP TO CREEK
SPATIAL EXPERIENCE
CAMP SITE 3 & 17/18
17 & 18 are suitable for groups of 4-6. Campsite 3 is more intimate and for a single tent group. Missing a table. Might be disturbed by noise from 18. Potential to connect to Site 6.
CAMP SITE 9 & 13
Sites 13 & 14 were arranged to be shared, possibly for a single large group as facilities are shared. Facilities for Site 9 is quite exposed to 13 & 14. (separate but maintains visual/physical connection) Both sites might be affected by sound from grill area, although foliage does act as sound barrier.
CAMPS 7 & 8
Site 7’s ownership over certain facilities is ambiguous because they are placed quite far and very close to other campsites. (Not sure if a table is allocated)
Tent area very exposed. Connection to both neighbouring campsites 5 & 7. Site 8 feels somewhat enclosed but social areas maintain connection to site 9.
12 PRIVACY VS. INTERACTION
SITE INVESTIGATION
STRENGTHS WEAKNESSES
-High ecological and aesthetic value -Popular destination amongst Victorians
-Sufficient space for each camper group
-Restricted activities in immediate area
-Points of interests not accessible by foot
OPPORTUNITIES
-More trails linking with other visitor areas -Create more areas accessible to day visitors within Kinglake
-Collaboration with Traditional Owners to generate revenue
-Introduce WSUD strategies to the site
CONSTRAINTS/THREATS
-Enhance visitor experience with nature -Creating different campsites for different users and different lengths of stay Risk of fire due to
13 EXISTING CONDITIONS SITE INVESTIGATION
large fuel loads Facilities lacking Not enough furniture Easy access from road for all vehicles Easy mobility throughout site Sound pollution from road vehicles
Stormwater management required Falling trees and root rot Unauthorized behaviour from visitors (theft, tree cutting)
POTENTIAL EXPANSION MARSH AREA
POTENTIAL EXPANSION
Areas with sparcer trees were identified as areas fit for potential expansion with better views to the sky and less need to cut down trees to make it suitable for construction.
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TREE CLEARINGS OPEN UP VIEWS TO SKY VIEWS FROM HIGH POINTS ROUTES ALONG SUNKEN AREAS (MARSHES) SITE POTENTIAL SITE INVESTIGATION
Establish experimental platform focusing on discovering the aesthetics of minimal lifestyle step by step through the activities of nature-based tourism and living experiences.
Functions of natural regeneration, ecological education, traditional crafting, contemporary design.
PRECEDENT
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SITE CONCEPT DESIGN DEVELOPMENT
WATER’S EDGE
GULLEY & BOARDWALK WILSON’S PROMONTORY
WARRANDYTE RIVER TRAIL MASON’S FALLS STONE STEPS
SITE CONDITIONS THAT WE CAN KEEP
INTIMATE SPACES
interesting dead trees
• View everything in the area as a resource
• Preserve the strong geometry of former site and transform into spatial experiences and little gardens
• Guided by focus on reusing soil and constructions
• Create effective and visible rainwater solutions to form beautiful sensory
16 SITE CONCEPT DESIGN DEVELOPMENT
SHORT (1-2 NIGHTS) MEDIUM (2-5 NIGHTS) LONG TERM > WEEK
Users: -Families -Beginner campers -Groups of 4-8 -Couples
Needs:
-Hygiene -Furniture -Running Water -Robust tent base
Users:
-Experienced campers -Groups of 3-5 -Couples -Individuals -University classes
Needs:
-Hygiene -Running water -Furniture -Firewood -Robust tent base -Place to store waste
Users:
-Experienced campers -Nature enthusiasts -Individuals -University researchers
Needs: -Hygiene -Running water -Food storage -Cooking facilities -Firewood -Furniture -Robust tent base -Shelter from elements (wind/rain) -Place to store waste -Cabins instead of tents?
17 PHASING CONCEPT DESIGN DEVELOPMENT
PHASE ONE MEDIUM STAY
MEDIUM STAY
CASCADED USE
• Lightly reprocessing or refurbishing used materials or construction parts to extend their lifetime and be reused as parts in new projects.
• Keep materials in circulation in reshaped or refurbished forms
• Minimise extraction of new virgin material resources and lower environmental footprint.
PHASE TWO LONG STAY
LONG STAY CAMPING
PURE CIRCLES
• Try retain purity and quality of materials to allow for easier reuse.
• Avoid processing or mixing (ie. coated/joined through casting or gluing
• Pure materials often have higher resale value, even often increasing value over time
• Potential to produce and procure own locally sourced materials
PHASE THREE SHORT STAY
SHORT STAY AREA
THE INNER CIRCLE
• Minimize change/refurbishment applied to a site to save on energy, water, labour.
• Retain existing parts: plantings, soil, sub-base, paved areas
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CIRCULAR ECONOMY & SPACES DESIGN DEVELOPMENT
DAY VISITOR AREAS
LONG-TERM CIRCULATION
• Durability ensures fewer natural resources needed for longterm use.
• Design & construct for easy maintenance, partial replacement and eventual disassembly and recirculation.
• Intending to prolong the lifetime of structures, and to minimize the resources needed for maintenance
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CIRCULAR ECONOMY & SPACES DESIGN DEVELOPMENT ON SITE MATERIALS
WASTE) ROTTING & VANDALISED WOOD TREATED TIMBER STEEL, METAL, CONCRETE
(POTENTIAL
20 SPATIAL EXPERIENCES DESIGN DEVELOPMENT
ACCESS • PLACEMENT
COMPOSITE
CAMPSITE MODULE •
• FRAMING
4.5km hike to Wombela no Falls
21 MASTERPLAN
DETAIL DESIGN
22 SITE PLAN DETAIL DESIGN SECTION B-B’ SECTION A-A’
ROUTES
LINE OF SIGHT
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INTERSECTION SITE PLAN DETAIL DESIGN
24 PHASE ONE PLAN DETAIL DESIGN 1 DAY VISITOR PARKING 2 ACCESS RAMPS 3 INFO BOARDS 4 BOARDWALK EXPERIENCE 5 DAY PICNIC AREA 6 TOILETS & SHOWERS 7 CREEK EDGE 8 RETENTION POND 9 CAMPSITES 10 TREE WALK 11 SKYVIEW DECK 12 ADVENTURE PLAY 13 BBQ SHELTERS 14 TOILET
25 PLAN SECTION A-A’ DAY VISITOR WELCOME AREA DETAIL DESIGN A A’
26 PLAN SECTION B-B’ DETAIL DESIGN CREEK EDGE & SHOWERS B B’
to the light. This process is physical and not chemical, reducing
the length of time microorganisms are exposed
rate of water also has an effect as it determines
UV light in order to inactivate the DNA. Plus, the flow
Pathogens in water require different intensities of
infection or harm.
reproduce, which means it can no longer cause an
DNA is damaged, it can no longer function or
and disrupting their DNA. Once a microorganism’s
bacteria and waterborne pathogens by atacking
When water is exposed to UV light, it deactivates
UV WATER PURIFICATION
resource.
processing and energy to provide a precious
water. Although a slow process, it requires minimal
of sunlight to yield a substantial amount of drinking
purified. In this context, it would take several days
-Solar powered water cleansing (uv light)
-Solar powered water heating
-Runoff collection and raingarden filtration (toilets)
-Solar stills (drinking water)
-Rainwater tanks (showers & taps)
PHASE TWO
SECTION THROUGH SHOWERS & TOILETS
depending on the amount of water needing to be
Solar stills can be implemented at any scale
producing cleaner and safer drinking water.
Water distillation is more effective than boiling,
SOLAR STILLS
SOLAR POWERED WATER CLEANSING
BANK STABILISATION PLANTING
RETENTION POND &
27 DETAIL DESIGN WATER COLLECTION & WSUDS
CAREX ALSOPHILA AZOLLA RUBRA OTTELIA OVALIFOLIA GREVILLEA REPENS CYATHEA AUSTRALIS SENECIO CAMPYLOCARPUS
28 DETAIL DESIGN CREEK EDGE & SHOWERS PLAN C C’ SECTION C-C’
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PERSPECTIVE VIEW TREE WALK & SKYGAZE DECK
DETAIL DESIGN PERSPECTIVE
PERSPECTIVE VIEW OF DAY VISITOR PICNIC AREA
VIEWS
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DETAIL DESIGN PERSPECTIVE
PERSPECTIVE VIEW OF ENTRY WAY
VIEWS
TRADITIONAL OWNERS & CONNECTION TO TAUNGURUNG COUNTRY
TAUNGURUNG LAND & WATERS COUNCIL
Indigenous owned organizations like Yilam aim to teach people the philosophies of caring for and connecting to Country while being on Country (camping) while also teaching them the values of nature and how to connect with it.
Intimate workshops and overnight experiences on Taungurung Country to empower people from every background with the skills and knowledge to not only go camping by themselves but also connect with and spend time on Country. These tailored camping trips are focused on healing through cultural practice and connecting to Country.
source: www.yilam.com.au
VOLUNTEERS
EDUCATION & RESEARCH
• Opportunities to expand and establish companies that cater to these experiences.
• Facilities that will contribute to tourism of the area and drive economic opportunities around/near Taungurung land
• Broaden revenue streams
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source: www.yilam.com.au
INDIGENOUS
PRIVATE
DEDICATED
SHIRE COUNCIL DELWP PARKS VICTORIA -UNIVERSITIES -LOCAL HIGH
LOCAL & STATE GOVERNMENT
OWNED BUSINESSES
INVESTORS
RANGERS MURRINDINDI
SCHOOLS FRIENDS OF THE FOREST
DETAIL DESIGN MANAGEMENT & POTENTIAL STAKEHOLDERS