Thursday, 30 November 2017
UV test
Here we have experimented with shooting in Ultraviolet in preparation for our shoot. To do this we used a converted full spectrum DSLR, and placed a UV pass filter on the lens which blocks out all wavelengths of light except for UV light. Sunlight is the most available free UV radiation source for use in reflected UV photography, but the quality and quantity of the radiation depends on atmospheric conditions. A bright and dry day is much richer in UV radiation and is preferable to a cloudy or rainy day. Our result reflects this as the sunlight wasn't particularly strong, therefore causes the image to not be sharp and detailed. We need to make sure that the presence of the sun is strong in order to manage considerable results. We considered doing a studio shoot but we were unable to gain access to UV lights or flashgun. We also found using the DSLR quite temperamental as we weren't able to look through the view finder or camera's live view function, due to the filter on the front which blocked visible light from reaching our eyes. This resulted in a lot of trial and error and guess work.
Infrared Pollution Experiments
As can be seen, this is one of three results from our experiment shooting with an infrared camera. We wanted to create a moving image piece using this technology, although a challenge to use in terms of its practicality, because Infrared rays are one of the key factors that contribute to the warming of the environment, by getting trapped in the atmosphere by greenhouse gasses. We felt that it may be effective to shoot from the perspective of this type of wavelength, allowing us to see what is causing this warming (pollution caused by the burning of fossil fuels), but almost from the point of view of an Infrared ray. Being unable to take the full spectrum camera off of university campus, as its Infrared capabilities allow it to be seen as a weapon, made this task fairly limiting as we didn't have much choice in the way of the content we were shooting. We had to shoot outside (to pick up IR rays) and we on campus. Furthermore, the fact that this full spectrum camera was unable to shoot video limited us further, giving us no other option but to create a time-lapsed stop-motion film from a series of images.
Each of these three video tests possess different colour grading settings. Whilst video one shows the footage straight from the camera, videos 2 and 3 show two variants of colour grades. For us, the typically recognised 'IR look' was not achieved in video one, so we attempted to find two different ways of doing this - taking them to different extremes.
Because this piece was very minimal, we decided to combine it with another piece, in an attempt to make the work as a whole appear stronger. To do this, we projected this video on a plinth holding a TV monitor which was showing our Schlieren optic experimentation. This created the impression that the smoke was rising from the chimney, creating a change in air density, which was visualised through our colour changing Schlieren experiment. We felt as though these pieces worked symbiotically to create a stronger narrative in the project.
Wednesday, 29 November 2017
Champs d'Ozone (2007) HeHe
Helen Evans and Heiko Hansen – overlaid live images of the Paris skyline with vibrant colours that showed the unseen pollutants in the air. Sensors placed around the city provided live data on air quality, and the colours in the artworks adapted to show real-time Parisian pollution.
Evan's and Hansen's Champs d'Ozone is likely to be a big source of inspiration in our work, as they are addressing one of the fundamental roots of our big idea, making a statement on global warming bringing light to crucial things that the eye cannot see.
Tuesday, 28 November 2017
Ocean Acidification Idea Process and Concept Explanation/Evaluation
From our research on global warming, we have found ocean acidification to be one of the greatest effects of global warming and climate change. After looking into this further and the effects it has on marine life, we found this to be an issue, not only that we all felt strongly about but that we felt had great potential at being expressed visually.
Idea Progression/Process
When our idea began, we started thinking about expressing the process of oceans acidifying very literally, thinking about reacting physical acid with items found in the ocean, and making a film from the chemical reactions that take place between the two objects when they interact. This would be a way of illustrating the effects of ocean acidification at a much faster rate, perhaps giving the audience a better sense of what is taking place in the world, by exaggerating it's effects.
We then developed this idea further, thinking about how we could perhaps involve the medium of the moving image piece to reinforce our ideas. This gave us the idea of modifying the film's medium, reacting this with acid rather than the objects on film. We felt that choosing this option would provide us with a more unfamiliar, bold and attention grabbing visual style. From here we decided to experiment with modifying 16mm film with acidic liquids. As can be seen in the tests shown on other blog posts, applying acidic liquids on black and white film did little in terms of creating the bleached visual effects that we were expecting. We then experimented with black and white 35mm film, thinking it would be possible to make a film in stop motion using this method. However, we found the same thing as we did with b&w 16mm film, only the surface level of emulsion was being lifted. We decided to avoid experimenting with colour negatives. This is because mixing film with chemicals and then developing the colour film would likely upset chemical balances in the developing machines.
After considering stop motion as a method of shooting, we decided to see if we could develop this further using altered still images in our project. We then thought about other materials that would give us good results when modified physically with acidic liquids, and after doing various tests with different types of paper, we found that inkjet-printed images react well and provide the bleached/psychedelic style effect that we were looking for. Our approach then changed slightly. Because this was becoming a very physical process that involved, printing, bleaching, and scanning again, we decided to keep the whole process entirely physical. We considered ways of doing this with moving image and thought of the idea of creating a physical flick book, taking the idea of film back to it's routes, taking inspiration from Zoetropes in the late 19th century.
The Flickbook Concept
Whilst finalising the idea in terms of the medium, we were also devising how our idea would work conceptually. We liked the idea of making the concept fairly literal and simple, not only because the production of our flickbook would be quite an intensive process, but also because the nature of a flickbook means the image must be simple with a single swift movement, in order for it to be most fluent. Furthermore, after discussion, we thought that to the audience, a bold simple message was more likely to make the issue clearer and create impact. We therefore decided upon using the simple action of a fish (representing marine life) swimming across the frame. As the flickbook commences, acid splats will proliferate all over the frame, and will end up engulfing the fish and the entirety of the page, symbolising the irreversible effects of the acidifying oceans. We also thought we'd use the reversible nature of the flickbook to make further comment. On the flip side, flicking the reverse way will show the skeleton of a dead fish, with absolutely no movement, defying expectations of the flickbook and creating a strong impression on the audience by further reinforcing the irreversible reality of the future of our oceans. The inside cover will provide contextual and statistical information to help position the audience and provide further information about the issue/ a call to action.
UPDATE:
Personally, having now completed this piece, I feel that this experiment is one of the strongest of all of our pieces. Although this required an exceedingly lengthy making process, I feel that this book is both conceptually as well as visually strong, highlighting the issue of ocean acidification well, by being informative as well as thought provoking.
Idea Progression/Process
When our idea began, we started thinking about expressing the process of oceans acidifying very literally, thinking about reacting physical acid with items found in the ocean, and making a film from the chemical reactions that take place between the two objects when they interact. This would be a way of illustrating the effects of ocean acidification at a much faster rate, perhaps giving the audience a better sense of what is taking place in the world, by exaggerating it's effects.
We then developed this idea further, thinking about how we could perhaps involve the medium of the moving image piece to reinforce our ideas. This gave us the idea of modifying the film's medium, reacting this with acid rather than the objects on film. We felt that choosing this option would provide us with a more unfamiliar, bold and attention grabbing visual style. From here we decided to experiment with modifying 16mm film with acidic liquids. As can be seen in the tests shown on other blog posts, applying acidic liquids on black and white film did little in terms of creating the bleached visual effects that we were expecting. We then experimented with black and white 35mm film, thinking it would be possible to make a film in stop motion using this method. However, we found the same thing as we did with b&w 16mm film, only the surface level of emulsion was being lifted. We decided to avoid experimenting with colour negatives. This is because mixing film with chemicals and then developing the colour film would likely upset chemical balances in the developing machines.
After considering stop motion as a method of shooting, we decided to see if we could develop this further using altered still images in our project. We then thought about other materials that would give us good results when modified physically with acidic liquids, and after doing various tests with different types of paper, we found that inkjet-printed images react well and provide the bleached/psychedelic style effect that we were looking for. Our approach then changed slightly. Because this was becoming a very physical process that involved, printing, bleaching, and scanning again, we decided to keep the whole process entirely physical. We considered ways of doing this with moving image and thought of the idea of creating a physical flick book, taking the idea of film back to it's routes, taking inspiration from Zoetropes in the late 19th century.
The Flickbook Concept
Whilst finalising the idea in terms of the medium, we were also devising how our idea would work conceptually. We liked the idea of making the concept fairly literal and simple, not only because the production of our flickbook would be quite an intensive process, but also because the nature of a flickbook means the image must be simple with a single swift movement, in order for it to be most fluent. Furthermore, after discussion, we thought that to the audience, a bold simple message was more likely to make the issue clearer and create impact. We therefore decided upon using the simple action of a fish (representing marine life) swimming across the frame. As the flickbook commences, acid splats will proliferate all over the frame, and will end up engulfing the fish and the entirety of the page, symbolising the irreversible effects of the acidifying oceans. We also thought we'd use the reversible nature of the flickbook to make further comment. On the flip side, flicking the reverse way will show the skeleton of a dead fish, with absolutely no movement, defying expectations of the flickbook and creating a strong impression on the audience by further reinforcing the irreversible reality of the future of our oceans. The inside cover will provide contextual and statistical information to help position the audience and provide further information about the issue/ a call to action.
UPDATE:
Personally, having now completed this piece, I feel that this experiment is one of the strongest of all of our pieces. Although this required an exceedingly lengthy making process, I feel that this book is both conceptually as well as visually strong, highlighting the issue of ocean acidification well, by being informative as well as thought provoking.
Monday, 27 November 2017
possible places for Bolex Shoot
If we make a film using purple lomography 16mm with Bolex camera (location brainstorming)
MILLENIUM MILLS FACTORY
https://www.google.co.uk/maps/place/Millennium+Mills/@51.4972478,0.0079418,13.3z/data=!4m5!3m4!1s0x0:0x9cc5cc7128c3a93d!8m2!3d51.5049567!4d0.0294419
P & S Motors - DUMP
https://www.google.co.uk/maps/place/P+%26+S+Motors/@51.5891991,-0.2943056,15z/data=!4m5!3m4!1s0x0:0xff8562a3eceec70b!8m2!3d51.5891991!4d-0.2943056
LIMEHOUSE - INCOMPLETE DEMOLITION
http://www.derelictlondon.com/
MILLENIUM MILLS FACTORY
https://www.google.co.uk/maps/place/Millennium+Mills/@51.4972478,0.0079418,13.3z/data=!4m5!3m4!1s0x0:0x9cc5cc7128c3a93d!8m2!3d51.5049567!4d0.0294419
P & S Motors - DUMP
https://www.google.co.uk/maps/place/P+%26+S+Motors/@51.5891991,-0.2943056,15z/data=!4m5!3m4!1s0x0:0xff8562a3eceec70b!8m2!3d51.5891991!4d-0.2943056
LIMEHOUSE - INCOMPLETE DEMOLITION
http://www.derelictlondon.com/
Saturday, 25 November 2017
Image Science Lectures (UV and IR Photography)
After realising our ideas to shoot using UV and Infrared wavelengths, we endeavoured to learn more about these specialist areas. On November 20th, we met with John Smith, the former leader of the BA Photographic Science course. John spent the session explaining the theory behind the two practices and kindly gave us the following lecture presentations, explaining the theory in further depth.
Shooting Schedule for Beach Shoot
Arrive at Neasden station for 7am.
Pick up at Neasden ambulance station at 7.05am
Arrive at 9am
Kris and Josh building set on path/sand
Kieran and Nina set up sofa (path)
Abril lamp, Eilidh shoot BTS
--------------
11am
--------------
Set up camera Kieran/Abril
Kris and Josh arrange set in sea
Abril and Nina sort costume and prepare actors for 12pm begin shoot.
Shoot until 2.30pm
1 hour lunch break
Resume shooting at 3.30 for sunset shots
Everything packed down and in the cars to leave at 4.30
Friday, 24 November 2017
Film Modification Research
Articles regarding the physical modification of 35mm film
https://www.lomography.com/magazine/185279-35mm-film-hydrochloric-acid-this - DO NOT USE HYDROCHLORIC ACID
https://www.wired.com/2014/08/ajay-malghan-bleached/
https://petapixel.com/2017/06/06/try-soaking-35mm-film-ramen-soup/
https://www.filmshooterscollective.com/analog-film-photography-blog/film-soup-tom-evans-and-barbara-murray-3-11
https://www.lomography.com/magazine/226672-lets-cook-the-film-the-recipe-of-film-soup
https://www.lomography.com/magazine/305073-film-experiments-a-roll-of-film-soaked-in-red-wine
https://www.lomography.com/magazine/286574-film-experiments-a-roll-of-film-in-acid
https://www.lomography.com/magazine/185279-35mm-film-hydrochloric-acid-this - DO NOT USE HYDROCHLORIC ACID
https://www.wired.com/2014/08/ajay-malghan-bleached/
https://petapixel.com/2017/06/06/try-soaking-35mm-film-ramen-soup/
https://www.filmshooterscollective.com/analog-film-photography-blog/film-soup-tom-evans-and-barbara-murray-3-11
https://www.lomography.com/magazine/226672-lets-cook-the-film-the-recipe-of-film-soup
https://www.lomography.com/magazine/305073-film-experiments-a-roll-of-film-soaked-in-red-wine
https://www.lomography.com/magazine/286574-film-experiments-a-roll-of-film-in-acid
Thursday, 23 November 2017
Wednesday, 22 November 2017
Tuesday, 21 November 2017
Tom Corby (The Northern Polar Studies)
Tom is an artist and academic interested in climate change, data, technology, systems and geology. He studied at Chelsea College of Art and Design, and works at the Centre for Research in Education Art and Media (CREAM) at the University of Westminster.
In this screen-based installation, Corby uses data collected from sea buoys and Arctic satellites, measuring levels of sea ice. This data has then been modeled and animated to visually represent the distribution and retreat of sea ice since the 80s. By animating this data into a fluid, constantly morphing and evolving abstract form, Corby highlights the vulnerability, plasticity and volatility of the current situation in the Arctic. This spontaneous and unfamiliar visual form is unnerving and draws attention the issue of melting sea ice.
The way in which Corby draws attention to climate change and the current geographical situation by using visual metaphors (particularly based on real data) has inspired us to delve deeper into thinking about the presentation of our work and how each element of it can be linked back to the issue at hand; climate change.
The Northern Polar Studies
In this screen-based installation, Corby uses data collected from sea buoys and Arctic satellites, measuring levels of sea ice. This data has then been modeled and animated to visually represent the distribution and retreat of sea ice since the 80s. By animating this data into a fluid, constantly morphing and evolving abstract form, Corby highlights the vulnerability, plasticity and volatility of the current situation in the Arctic. This spontaneous and unfamiliar visual form is unnerving and draws attention the issue of melting sea ice.
The way in which Corby draws attention to climate change and the current geographical situation by using visual metaphors (particularly based on real data) has inspired us to delve deeper into thinking about the presentation of our work and how each element of it can be linked back to the issue at hand; climate change.
Visualising Pollution with Schlieren Optics
In this experiment we have altered the colours of the schlieren results to relate to the colours used in pollution maps. The colours progress from blue to red to indicate the increase of pollutants in the atmosphere over time. Blue suggests a low amount of greenhouse gases, thus a lower global temperature and Red implies the increases of both greenhouse gases and temperature. The proliferation of greenhouse gases can also be denoted through the way the visuals get more erratic and chaotic towards the end. Also the circumference of the circle blurs as it turns red; indicating the deterioration of the ozone layer.
London Power Stations
London Power Stations
Location possibilities for active, polluting power stations for the infrared shoot. Our goal is to contrast the colours generated by the IR camera with the gritty look of the factories to highlight the environmental impact they produce.
- Battersea Power Station (decommissioned)
Location: 188 Kirtling St, London SW8 5BN
Fuel: Coal
Since this power station is not active anymore, it might not be suited for this experiment, but it's still worth considering.
- SELCHP - South East London Combined Heat & Power (active)
Location: Landmann Way, London SE14 5RS
Fuel: Waste
- London EcoPark (active)
Location: Advent Way, London N18 3AG
Fuel: Waste
- Riverside Resource Recovery Facility (active)
Location: Norman Road North, Belvedere DA17 6JY
Fuel: Waste
- Greenwich Power Station (active)
Location: Old Woolwich Road, SE10
Fuel: Oil, gas and formerly coal
Might not be ideal since today it is only used as a backup power supply.
- Lots Road Power Station (decommissioned)
Location: Lots Road, SW10 0RN
Fuel: Coal, oil, and then gas
Things to consider:
1. Access/permission
2. When the stations are going to be active
- Riverside Resource Recovery Facility (active)
- Greenwich Power Station (active)
Location: Old Woolwich Road, SE10
Fuel: Oil, gas and formerly coal
Might not be ideal since today it is only used as a backup power supply.
- Lots Road Power Station (decommissioned)
Location: Lots Road, SW10 0RN
Fuel: Coal, oil, and then gas
3. How to get to the locations/how far they are
Purchase List for Beach Shoot
To Buy:
Sofa £79
Lamp £5
Wallpaper £15?
Adhesive Glue £15?
Picture Frame £0
Picture £0
Carpet £0
MDF Flats £40
Timber £10
Other costs:
Petrol:
Equipment/Props to bring
Black Magic Ursa
Samyang Lens Kit
Tripod
Follow Focus kit?
Flat support poles
Reflectors
Plant
Waders
Blankets
Cereal/bowl/milk/spoon
Tv Remote
Hammer/Nails
To Collect from uni on Weds 22nd
MDF
URSA (CHARGE BATTERIES AT HOME)
FOLLOW FOCUS
MONITOR RAILS?
TRIPOD
TIMBER
REFLECTORS
STANDS AND WEIGHTS FOR WALL
TOOLS 3D WORKSHOP (DRILL, BATTERY, SCREWS, NAILS, STAPLEGUN, STANLEY KNIFE)
Sofa £79
Lamp £5
Wallpaper £15?
Adhesive Glue £15?
Picture Frame £0
Picture £0
Carpet £0
MDF Flats £40
Timber £10
Other costs:
Petrol:
Equipment/Props to bring
Black Magic Ursa
Samyang Lens Kit
Tripod
Follow Focus kit?
Flat support poles
Reflectors
Plant
Waders
Blankets
Cereal/bowl/milk/spoon
Tv Remote
Hammer/Nails
To Collect from uni on Weds 22nd
MDF
URSA (CHARGE BATTERIES AT HOME)
FOLLOW FOCUS
MONITOR RAILS?
TRIPOD
TIMBER
REFLECTORS
STANDS AND WEIGHTS FOR WALL
TOOLS 3D WORKSHOP (DRILL, BATTERY, SCREWS, NAILS, STAPLEGUN, STANLEY KNIFE)
Monday, 20 November 2017
Location Recce Monday 20th
Location 1 - Southend-On-Sea (Opposite Premier Inn)
51°31'49.3"N 0°43'49.3"E/51.530347, 0.730353
51°31'49.3"N 0°43'49.3"E/51.530347, 0.730353
Parking Tarriffs (Sea Life Centre car park - 2 Mins away from shoot point)
Immediate thoughts on location 1:
- Parking is Convenient
- High wall between beach and path so fair amount of privacy and seclusion
- Drop off point for equipment (last image shown)
- Beach is quite stoney
- Quite steep slope in the water so practically of set building may be difficult
- Exposed to the wind (open space)
Location 2 (Next to Chalkwell Train Station)
Immediate thoughts on Location 2:
- End of the beach stretch (quiet and secluded)
- Parking convenient - immediately behind beach
- Less wind as the area is surrounded
- Cleaner beach area (more sand than gravel)
- Shallower sand gradient (easier for filming/practicality of set building)
- Toilets close by
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REFERENCE How shallow depth of field can be used to show certain perspectives, manipulating the audience into focusing on one single thi...














































