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First time self developing. Not sure where I went wrong. Too much grain and streaks where the sprocket holes are. Possibly too little agitation? Flipped it four times every minute, but it is possible I missed one. Will missing one agitation do this? It's not light leaks as I took some pictures with this camera and it was processed by the lab perfectly.
I used lightroom to help push contrast because the negatives looked really grey and lacked contrast.
Developed with Ifosol 3 for 6 minutes at 24 degrees.
Where did I go wrong?
24 Bury St Edmunds Minolta Dynax 505si Super Sigma 24mm F2.8 Minolta 35-105mm F3.5-4.5 Kentmere Pan 400 Developed In Ilford Ilfotec LC29 1+19 3-3-2024
This is an impressive project from our team developing solar-powered planes for beaming down internet connectivity and our AI research team. Many people live in remote communities and accurate data on where people live doesn't always exist. We can't beam internet connectivity to people if we don't know where communities are, so we built AI technology to analyze 15.6 billion satellite images to create much more accurate population maps across 21.6 million square kilometers of Earth. We will share these maps openly with the community so other organizations can use them too. This should help with planning energy, health and transport infrastructure, as well as assisting people who need help in disasters. This video shows how these AI enhanced maps compare with current state of the art population maps. twitter.com/markzuckvideos ift.tt/2i2KiTx ift.tt/2hTFQIO ift.tt/2i2SOBT
Students and young professionals share the results of their DEVELOP Project, Tuesday, August 5, 2025, at the Mary W. Jackson NASA Headquarters building in Washington. Every summer early career researchers from NASA’s DEVELOP National Program come to NASA Headquarters and present their research projects. DEVELOP is a training and development program where early career researchers work on Earth science projects, mentored by science advisors from NASA and partner agencies, and provide research results to local communities. Photo Credit: (NASA/Aubrey Gemignani)
dn1-0016-026-exif
Minolta Dynax 7 and Sigma 18mm f/3.5
Fuji Neopan ACROS 100 developed in Microphen 1:1 for 18 min at 21C
Canon EOS3000V
Agfaphoto Vista 200
Developed with a Digibase C41 home kit in an Agfa Rondinax 35U daylight tank.
Developing Film in Coffee
2013.01.19 photoed in New Taipei City, Taiwan
咖啡顯影
2013年1月19日於新北市
Caffenol-C-M 14mins
From September 15th to 19th the second of the four JCOM Masterclasses, educational programmes aimed at an international audience and held by international experts takes place. For the 20 selected participants this interactive course represents a unique opportunity to discuss the state-of-the-art of science exhibition development with particular focus on the possible different design approaches, helping participants to reflect on the relationship between the different media, contents and visitors' experience.
Originally developed along the waterfront, Rainbow Row is a set of Georgian-style buildings that once housed businesses on the ground floors and residences above. Built between 1748 and 1792, the buildings are the longest remaining set of Georgian row houses in the United States, and were part of a vibrant commercial and residential district when built. By the 1920s, the area had fallen into steep decline, and the buildings were dilapidated, and home to low-end housing. Susan Pringle Frost, founder of the Society for the Preservation of Old Dwellings, which later became the Preservation Society of Charleston, bought six buildings that now comprise part of Rainbow Row, but, lacking the funds to restore them, the houses languished. In 1931, Dorothy Haskell Porcher Legge bought the house at 99-101 East Bay Street, and restored the structure, painting it bright pink, kicking off a trend of painting the buildings in colorful paint scheme. By 1945, most of the buildings had been restored and painted in bright colors, leading to the present name and appearance of Rainbow Row. Today, Rainbow Row is one of the most well-known places in Charleston, and a popular tourist attraction.
Develop Don't Destroy Brooklyn
Atlantic Yards Junkyard Bonds Protest
December 14, 2009
Standard & Poor's
55 Water Street
New York
Developing two rolls of film from test runs in a camera my cousin asked me to take a look at: Canon AE-1. Replaced battery. Worked fine for a while with intermittent shutter errors related to the shutter button and a electronix release. Hmmm...
Secretary of Defense Ash Carter meets with Amazon CEO and founder Jeff Bezos in Seattle March 3, as part of his ongoing efforts to strengthen ties between DOD and the tech community. (Photo by Navy Petty Officer 1st Class Tim D. Godbee, Office of the Secretary of Defense (OSD) Public Affairs)
4 Testing Ilford Delta 3200 Minolta Dynax 5, Sigma 28-70mm F3.5-4.5 Minolta Program 3200i Flash Ilford Delta 3200 Developed In Ilford Ilfotec DD-X (1+4) January 2023
Natural arch developed in chalk & impure chalk in the Cretaceous of Kansas, USA.
This western Kansas landscape consists of chalk badlands and chalk pillars and a natural arch. The rocks are chalks and impure chalks (e.g., argillaceous chalk and chalky shale) that range in color from whitish to light gray to yellowish. Chalk is a biogenic, calcitic, marine sedimentary rock composed of numerous coccolith microfossils (see: www.soes.soton.ac.uk/staff/tt/eh/pics/lith2.gif). Coccoliths are individual calcareous plates that covered a single-celled photosynthetic marine organism called a coccolithophorid (a.k.a. coccolithophore) (see: upload.wikimedia.org/wikipedia/commons/d/d9/Emiliania_hux...). These beds were deposited in the ancient Western Interior Seaway, a section of ocean that existed during parts of the Mesozoic Era in what is now the American and Canadian Great Plains.
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Rock arches are rare erosional features - those developed in chalk beds are even rarer. If a stream goes under an arch, it is known as a natural bridge. If no stream is present, the feature is a natural arch. Along lakeshores, they are called lake arches. Along oceanic coastlines, they are called sea arches. The highest concentration of natural arches on Earth is Arches National Park in eastern Utah.
Stratigraphy: Smoky Hill Chalk Member (a.k.a. Smoky Hills Member), Niobrara Formation, mid-Upper Cretaceous
Locality: Monument Rocks (also known as the Chalk Pyramids), along Gove County Road 16, north of the Smoky Hill River, Gove County, western Kansas, USA (38° 47' 43.24" North latitude, 100° 45' 52.06" West longitude)
Last year, Lexus partnered with Eddy Merckx Cycles in the development of their latest pro Time Trial (TT) bike. They had set out with one aim: to build the most efficient racing bike.
For the whole story, visit blog.lexus.co.uk/2013/04/lexus-develops-the-next-generati...
While developing in my new jobo cpe2, I turned my back for 5 minutes and the top had come off while bleaching, half of the bleach had leaked out, so I increased bleach time with half a minute. Results are very yellow, but very atmospheric.
developing kinda stem.
Brazil;
ID thanks to Leo_Breman: "This is an A. cristatus var. clavifolius, syn. A. poelnitziana"
Roll #0009
My first self-developed color roll! Took a long walk to get through the roll (overcast, sunny, clear, stormy and snow are all the same afternoon!!) then hurried home to mix chem and develop.
I didn't have a water bath tub, and the CD41 lost more heat than I expected while I mixed up the blix (since I had the window open. because i was mixing up blix.) so I tried to add some more time to compensate.
Superia X-TRA 400, expired June 2019, box speed.
Nikon FE2
Loaded 2022/2/12, Unloaded 2022/2/19, Developed 2022/2/19
CineStill C-41 2-bath, ~5min @ ~98℉
Digitized 2022/2/19 (Nikon D7200, K-rings, Micro-NIKKOR-P AUTO 55mm, ES-1; 1", f/8+ @ ISO 100 over cheap USB lightbox)
Re-digitized 2022-03-29: K-M DiMAGE SE5400II, Vuescan 9.7.82, Lightroom Classic/NegativeLabPro
Camera: Pentax645+75mm F2.8
Film: Fuji provia 100F
develop: Naniwa Color Kit-N
scanner: Epson GT-X970 (without color revise)
photograph condition: bright（+2）
develop conditiion: standard time
(same time as naga film standard developing time)
Zorki 4
Jupiter-8 50mm f/2
Ilford HP5+ EI 1600
Microphen stock
My first roll developed in Microphen, a very different developer compared to Rodinal. Stock, it's like a D-76 on steroids.
It needs steady and deliberate agitation to really work. Here I stuck with my usual rodinal agitation routine and used the spinner on the paterson tank (fearing blown highlights), and didn't like the results: the negative is muddy and doesn't look completely developed. It also displays signs of streaking from sprocket holes.
I used 10 seconds inversions per minute on the next roll and that worked wonders.