MArch 1 Portfolio - Clarissa Moore

ARC7016

Comprehensive Design: Compliance Report ARC7016 Clarissa Moore 40156495 Name: Clarissa Moore Student No: Presentation 40156495 Final

Contents 1......................................................................................... Future of the Supermarket 25.................................................................................................................... Public CoLab

The Future of the Supermarket - An alternate reality What if the famine never happened in 1841 Ireland? Devastation swept Ireland with the blight, leaving in its wake a loss of 2 million people due to immigration and death. What if the people who died had a second chance to live? What if the people who immigrated stayed and helped improve the condition of Ireland? If this happened, the current population is estimated to have been 30 million people. By concentration on one specific location, Belfast, I will be working with an estimated population of 1.27 million people. Through the project I will be researching how the residents of Belfast will be working with a food system to grow their own for subsistence and for storage in case of emergency. I will research the development of a rationing system for the residents of Belfast, as a potential life boat nation in the future, we need to be creative in the way we grow and store our food. This is possible if we work together and educate each other.

Change in time-line

From Death & Immigration

The British continued to take exports from Ireland, leaving people without food

Declining food and opportunities, increasing death and immigration

Animosity towards the British grows and remains in Ireland

Gaelic Revival - With increasing tensions, Anglican settlers are excluded from Irish culture

After years of oppression, the Irish want free rule, leading to years of bloodshed

Good relationship develops between England and Ireland, with more plans to increase knowledge of agricultural skills to avoid future blight

Gaelic Revival - A better relationship means Anglican settlers are included in Irish culture

After years of rule, Ireland seek home rule and are granted it peacefully, as Britain does not want to damage their relationship with a key importer

To

Population Growth

The British help Ireland by stopping imports from the island, and exporting goods to the areas that have suffered extreme blight

New opportunities and better health, less death and immigration

Storyboard - Belfast as a Supermarket City

1. Depiction of the new Belfast 2. North Belfast - Fish Production 3. South Belfast - Meat / Dairy Production

4. East Belfast - Fruit Production 5. West Belfast - Vegetable Production 6. Meet the urban farmers

7. City Hall - Food preserves bank 8. Stormont - Crop Seed Bank 9. Money doesn’t grow on trees - Oh wait! It does!

Tomato

Carro

ts

x6

=

x3

Storyboard - Belfast as a Supermarket City

10. The Home - for the family 11. Community - for communal use 12. The Harvest - Sustenance and Payment

VE G DI ETA ST BL RIC E T

Home

13. Trading - Urban Supermarket 14. Food Waste - Biofuel Stations 15. Deliveroot - Collection & delivery of goods and livestock

F DIS ISH TR ICT

ME

AT DIS / DA TR IRY ICT

F DIS RUIT TR ICT

Biofuel Charg ing Station

City Hall

30

24

18

12

6

29

23

17

11

5

28

22

16

10

4

27

21

15

9

26

20

14

8

25

19

13

7

16. High rise terrace house - red brick city 17. Stamp books 18. Rationing - Preparing for the future

Belfast - The Divided City

Fish Production

Vegetable Production

Meat / Dairy Production

Fruit Production

FISH

Fruit + Fish

Vegetables + Fish

Vegetables, Fruit + Fish

Vegetables

Vegetables, Meat / Dairy + Fish

Fruit, Vegetables, Meat / Dairy + Fish

Fruit, Meat / Dairy + Fish

Fruit Vegetables, Fruit + Meat / Dairy

Fruit + Meat / Dairy

Vegetables + Meat / Dairy

Meat / Dairy

Food Production West

East

South

North

Fruit

Vegetables

Meat / Dairy

Fish

Grazing animals in open fields Seeds Provided / Planted

Waste Aeroponics

Aquaponics

Pigs

Cows

Seedlings and growing crops overseen by main grower *Queen Bee* 1 per street (hive)

Hydroponics

Mussels

Fish

Soil

Meat

Dairy

Waste

Bonemeal

Seaweed

Chickens

Meat

Waste

Meat

Eggs

Bonemeal

Aquaponics

Meat

Waste

Bonemeal

Shells

Meat

Animal feed

Bonemeal

Milk/ Cheese Butter Cream Nutrients added accordingly and watered with collected filtered rain water

Nutrients and fertiliser added (Bonemeal and slurry)

Pollination

Honey is made from bees

Pollinated flowers produce fruit and vegetables

Collect / Delivery

Collect / Delivery

Harvest

Collect / Delivery

Home

Eaten

Waste

Composted waste

Waste food put into biodigester

Use as fertiliser

Food is broken down

Biofuel

Electric + heat for homes

City Hall

Preserves

Food waste slurry

Electric Animal charging feed stations

Plant fertiliser

Market

Crops are pulped Swapped for crops of equal value Seeds are collected

Preserves are made

Viable seeds sent to Stormont

Preserves stored in the City Hall preserves bank

Food tokens

Fertiliser

Food / medicinal uses

Do you want to produce food?

No

Yes

What District?

Energy production

Meat / Daiy (South)

Fish (North)

Fruit (West)

Vegetables (East)

Gas Preferred Work

Fishing

Mussel Farming

Preferred Work

Seaweed Farming

Meat

Preferred Method

Preferred Method

Dairy

Hydroponics

Milk / Cheese Cream

Butter

Eggs

Stormont

City Hall

Aquaponics

Aeroponics

Soil

Fuel for Vehicles

Electric

Collection / Preserves Delivery

Food token admin

Seed storage

Collection / Delivery

Hive - Order

Communication - Migration

Homesteading - Natural Resources

Site Anlysis and Schematic Design

Summer - 21st June

Winter - 21st December

Sunrise

04:48 - 04:53 a.m.

08:45 - 08:50 a.m.

Daylight

04:53 - 22:00 p.m.

08:50 - 15:55 p.m.

Sunset

22:00 - 22:05 p.m.

15:55 - 16:00 p.m.

Prevailing windson average from South West direction

Site Plan 1:5000

Traffic A Class Road B Class Road C Class Road Unclassified

Site Plan 1:5000

Who has Access?

General Public

Transport

Workers

Livestock

Animals in the area What they produce

Cow

Sheep

Pigs

Chickens

Meat

Meat

Meat

Meat

Dairy

Dairy Waste - Fertiliser

Waste - Fertiliser

Fats - Cosmetics, Soaps + Food

Feathers

Waste - Fertiliser Waste - Fertiliser

Fats - Cosmetics, Soaps + Food

Fats - Cosmetics, Soaps + Food

Hide / Skin

Hide / Skin Leather

Wool

Crops - Grown at Home

Strawberry

Blueberry

Raspberry

Blackberry

Apple

Pear

Grapes

Time of year

May - Oct

June - Sept

Aug - Oct

Aug - Sept

Varied

Varied

Aug - Oct

Time for Germination

Up to 4 weeks

6-8 weeks

4-6 weeks

up to 4 weeks

1-2 weeks

3 months

2 weeks - 2 months

Time to produce fruit

60 days

3-4 years

2 years

1-2 years

3-4 years

4 years

2 years

Plant Height

20cm

1.8m

2.7m

1.2m

3m

6m

1.2m

Plant Width

30cm

3m

2.7m

1.2m

3m

3m

1.5m

Plant Spacing

40cm

1.2m

1.8m

2.5m

5m

4.5m

1.5m

Required Temperature

15-30°C

12°C

21-23°C

10°C

5°C

7°C

16°C

Required Sunlight

6 hours full sunlight

8 hours full sunlight

6-8 hours full sunlight

8 hours full sunlight

6 hours full sunlight

6-8 hours full sunlight

8 hours full sunlight

Amount Produced per Plant

0.68kg

2.8kg

0.68kg

9kg

500 apples per tree

22kg

9kg

Pollination Type

Self Pollination

Cross Pollination

Self pollination

Self pollination

Insect pollination

Insect pollination

Self pollination

Crops - Grown in Pods

Banana

Mango

Kiwi

Passion Fruit

Time of year

All year

May - Sept

Aug - Sept

Time for Germination

2-3 weeks to a couple of months

2-4 weeks

Time to produce fruit

4-6 months

Plant Height

Melon

Pomegranate

Pineapple

Summer + Autumn

Sept - Nov

Spring

May - June

10-14 days

2 days

30-40 days

6 months

3-10 days

3 years

3-4 years

18 months

5 years

2-3 years

3 months

up to 4m

18m

10m

12m

6m

1.5m

90cm

Plant Width

70cm

20m

3m

2.5m

2.4m

1.2m

3m

Plant Spacing

1.8m

5m

4.5m

6m

4m

1.5m

60cm

Required Temperature

27°C

30°C

45°C

16°C

38°C

28°C

32°C

Required Sunlight

6 hours full sunlight

6 hours full sunlight

6 hours full sunlight

4 hours full sunlight

6 hours full sunlight

6 hours full sunlight

6-8 hours full sunlight

Amount Produced per Plant

240

100-200

90kg

30kg

100-150 (22kg)

1

4

Pollination Type

N/A

Insect + wind

Cross pollination

Self pollination

Self pollination + Cross pollination

Self pollination + Birds

Insects

Orange

Lemon

Lime

Time of year

Oct - January

Oct - January

June - Aug

Time for Germination

6-8 weeks

1-2 weeks

1-2 weeks

Time to produce fruit

3-5 years

10 months

3-4 years

Plant Height

6m

6m

25m

Plant Width

9m

6m

6m

Plant Spacing

7m

7m

4m

Required Temperature

25°C

25°C

10°C

Required Sunlight

6-8 hours full sunlight

4-8 hours full sunlight

8 hours full sunlight

Amount Produced per Plant

435

270kg

300

Pollination Type

Self pollination

Self pollination

Self pollination

Schematic Diagram

River Lagan path with tropical farming pods and multiuse pods spread out along the river.

Pedestrian and Deliveroot pathway and cycle lanes, these are also small bridges that allow for crossing the river.

Production area for when fruit is picked, i t is sent here to be cleaned, checked and packaged for market or City Hall.

Green bridges for the transportation of live stock safely over the river, without disrupting traffic.

Market space for trading live stock and fruit crops. Events and concerts can also take place here

Design Proposal

The Green Bridge is used for livestock and pedestrians to cross the river without interfering with traffic

The Growth Pods are used for growing tropical crops hydroponically that can’t be grown within the home

The Market space is used as a meeting point to sell goods and livestock

Section 1:1500

1 Examples of fruit grown at home and the production quantity per garden. Garden plots taken from a typical terrace house which is 3m x 2m Strawberries

Raspberries

Blueberries 1m

1.8m

1m

40 cm

45cm

75cm

Fruit produced from one plant: 0.68kg

Fruit produced from one plant: 2.8kg

Fruit produced from plot: 13.6kg from 3m x 2m plot

Fruit produced from plot: 16.8kg from 3m x 2m plot

Lorem Ipsum

Blackberry

Fruit produced from one plant: 0.68kg Fruit produced from plot: 6.8kg from 3m x 2m plot

Grapes 1.5m

1.2m

1.2m

1.5m

1.2m

Fruit produced from one plant: 9kg

Fruit produced from one plant: 9kg Fruit produced from plot: 36kg from 3m x 2m plot

Fruit produced from plot: 54kg from 3m x 2m plot

Apple and pear trees planted in the centre of the roads for houses with smaller gardens. The trees will be cared for by the community on each street.

3m

Apples

Fruit produced from one plant: approx. 500 apples Fruit produced from street: approx. 10,000 apples per street

4.5m

2

Pears

Fruit produced from one plant: 22kg Fruit produced from stret: 264kg pears per street

2 Examples of fruit grown in the growing pod and the production quantity per pod. Each pod has a different hydroponics system

2m

3m

Passionfruit 4.5m

3.5m

6m

4m

1.5m

Melon

Pineapple

Fruit produced from one plant: 1 Fruit produced from one pod: 120

Orange

60cm

1.5m

1.5m

1.5m

Fruit produced from one plant: approx. 4 Fruit produced from one pod: approx. 1,280

Fruit produced from one plant: 30kg Fruit produced from one pod: 810kg

Fruit produced from one plant: 90kg Fruit produced from one pod: 3,600kg

Fruit produced from one plant: approx. 150 Fruit produced from one pod: approx. 6750

Lemon 3.5m

Fruit produced from one plant: approx. 435 Fruit produced from one pod: approx. 14,790

Lime 3.5m

3.5m

5m

Fruit produced from one plant: approx. 150 Fruit produced from one pod: approx. 8,400

Pommegrante

4m

5m

Fruit produced from one plant: approx. 240 Fruit produced from one pod: approx. 34,560

Site Plan 1:1500

Kiwi

Fruit produced from one plant: 270kg Fruit produced from one pod: 9,180kg

3m

Mango

3m

Banana

1.8m

1

Fruit produced from one plant: approx. 300 Fruit produced from one pod: approx. 15,000

The Market Space can also be used for events and festivals

Walkways between the Growth Pods allows pedestrians and tourists to walk along the River Lagan to see each pod and to learn about hydroponics

The board walk within the tent structure allows pedestrians to see the crops being transported up and down the river, whilst having a safe and convenient place to cross the River Lagan

Ground Floor Plan 1:1500

Exploded Axonometric 1:200

Detailed Pod Section

During the summer period, Growth Pods float out along the River Lagan

During the winter period, the Growth Pods are brought into the dock to prepare the crops for the next growing season

Public CoLab

Public CoLab - Theme 6 Postcard from Nowhere-Everywhere

Video Link: https://vimeo.com/manage/videos/549310344