Stratified Sedimentation

The Isle of Rum [Fill, Flow, Track] Stratified Sedimentation Ayla Riome

Ontological Model [forces and exchanges] Iteration 1 Iteration 2 Iteration 3

Field Work [Surveying Sediments and Tide] Active Model

Field Work [Findings] Samples Coded Drawing

Proposal [Stratified Sedimentation] Macrotecture Nanotecture Microtecture

Fill, Flow, Track Ontological Model [forces and exchanges]

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Ontological Model Iteration 1 A physical model that actively registers an exchange between a fluid and a fixed condition. The interaction between the fluid ink and solid blocks in the water was studied in this first model.

Ontological Model Iteration 2 An exercise in breaking down the forces of nature into manageable conditions by disrupting the movement of the wave using different materials to discover which configuration of shapes are best at dispersing the wave kinetic energy.

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Mesh Filter

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Paper Filter

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Foam Filter

Ontological Model Iteration 3 Iteration 2 was then controlled using organized filters and was transposed to two specific areas of Rum. The bay which is long and expansive acting as a collection point of deposits and the cliff which is a rougher area bearing the brunt of the wave energy.

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Site 1 [The Bay]

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Site 2 [The Cliff]

Site 1 [The Bay]

Site 2 [The Cliff]

Ontological Model Iteration 3 The topographies of these sites have a large impact on the movement of the water and the amassing of sediments. The bay seems to be a collector of sediments as the water calmly circles where as the cliff is rougher causing the sediments to wash in and out.

Fill, Flow, Track Field Work [Surveying Sediments and Tide]

Collection Jars Labels Gloves Filters String Hammer Collection Box Tape Multitool

Field Work Active Model A box was constructed for collecting samples from the isle of Rum

Fill, Flow, Track Field Work [Findings]

Site 1 [The Bay]

Site 2 [The Cliff]

Field Work Samples More samples were found at site one as predicted due to the bay acting as a collection point for deposits.

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1.4 A

1.3 F

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1.2 F

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Site 1 [The Bay]

1.4 F

Site 2 [The Cliff]

Field Work Coded Drawing 1:2500 Trilateration was used in order to find the tide time increments to construct a visual image of the intertidal zone.

Field Work Coded Drawing 1:2500

Site 1 [The Bay]

Field Work Coded Drawing 1:2500

Site 2 [The Cliff]

Fill, Flow, Track Proposal [Stratified Sedimentation]

Site 1

Intermediate

The Isle of Rum Stratified turbulence 1 2

Site 1 (The Bay) Site 2 (The Cliff)

Site 2

Site Survey Drawing Macrotecture 1:5000

Site 1 [The Bay] Site 2 [The Cliff]

Site Models Site 1 [The Bay] Geometries from the site analysis and field work have directly informed the shapes that can be used as habitable.

Instruments [Collection] Scale 1:3 1

B

A

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Section A-A

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Section B-B

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Sieve Detail

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Section B-B

Section A-A

Elevation

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A

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Plan

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AA

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Section A-A

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Section A-A B

1 Microtecture

Microtecture

[Instruments]

Scale 1:2

Elevation Section A-A Sec

Instruments

Floor Plan

[Collection]

Floor Plan

[Collection]

[Microtecture]

Scale 1:3

Plan

1

Plan

1

Plan

Scale 1:50

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Scale 1:50

2

Elevation

2

Elevation

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Elevation

Section A-A

3

Section A-A

3

Section A-A

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Wetlab

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Wetlab

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3

Section B-B

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Section B-B

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Section B-B

Maintenance Deck

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Maintenance Deck

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Sieve Detail

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Sieve Detail

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Collection Track

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Collection Track

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Sieve Detail

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Dry Lab

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Dry Lab

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Dock

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Dock

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Living

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Living

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Wetlab

1 Maintenance Deck2

Wetlab Collection Track

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Collection Track 3 Dry Lab 4

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Dock

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Dock

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Living

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Living

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BB B

B

AA AA A

on B-B

Section Section A-AA-A

A

Section B-B

Microtecture Microtecture [Instruments]

AA A

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B

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Section Section B-B B-B Elevation Section Section A-A A-A

Section Elevation SectionA-A A-A Section B-B B

Microtecture Microtecture [Instruments]

B

AA

Elevation Section Section SectionA-A A-A A-A Section B-B BB

BB B

B

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Section Section Section B-B B-B B-Bcolumn sieve Elevation Section A-AInternal Elevation

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Microtecture

A

AA

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Section B-B Section B-BSection Internal sieve column Elevation A-A

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Microtecture

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Section B-Bcolumn Section B-Bsieve Internal Elevation Elevation Section A-A

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Section B-Bcolumn B-B sieve column Section B-Bsieve Internal column Section A-A Internal sieve column Elevation Elevation Internal Internal sieve Internal sieve column Elevation Elevation Elevation Section Elevation A-A Section Elevation Elevation

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Microtecture

B

Microtecture [Instruments]

4

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Microtecture

Section B-B Internal Internal Internalsieve sieve sievecolumn column column

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Section B-B sieve Internal column Internal sieve column Elevation

Internal sieve column Internal sieve column Elevation

Maintenance Deck Dry Lab

2 The Instrument Nanotecture 1:6

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A sieve instrument was developed in or1 1der to autonomous4 ly capture sediments4 in the intertidal zone. This was done 5 by recreating some of the methods used during field work. 1 Plan 2 Elevation 3 Section A-A 4 ElevationSection B-BElevation Internal sieve column 5 Sieve

5

Interna

Outer Protection Tube

Inner Sieve

Roof Plan Microtecture 1:200 The two walk ways extend into the sea. This is where the sediments are collected from.

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Floor Plan 1:100 1 Harvest track 2 Maintenance track 3 Wet lab 4 Dry lab 5 Dock 6 Living

Floor Plan Movement 1:50 Movement of the sieves takes place along the harvest track where they are brought to the wet lab to be disassembled before being relocated to the air drying cabinet in the wall of the dry lab. The protection tubes are rotated and moved along the maintenance track where they can be repaired or cleaned on the outdoor deck.

Section A-A 1:100

Section A-A 1:50 The wet-lab only has 2 walls so there is more of an interaction with the tide and the floor is the level of high tide . This is where the wet sieves are brought in from the collection track and are opened to allow the water to flow back into the sea while the sediments are left.

Section B-B 1:100

Section B-B 1:50 This is a cabinet similar to the box created for field work in Rum. The sediments are stored and air dried through channels here until they can be collected by boat and taken to the main lab for tests. There are 2 doors to ensure a secure barrier against the elements. This part of the building is higher than the tide level to ensure everything is kept dry.

Credits All group work is accredited to Malin Berg and Celine Mugica

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