I’ve written pretty extensively here about London’s Lost Rivers, however this recent article in the Telegraph “The forgotten Fleet โ€“ London’s lost river as it used to look” offers some really awesome historical imagery worth sharing. (all images via the article, which also have extensive captions).

Artistic depiction of the Thames in 30BC – the Fleet is the bottom right
Londinium, the walled Roman City, with a Roman ship docking at the entry to the Fleet
Painting of Hampstead Heath – the headwaters of the Fleet
Fleet flowing through Kentish Town

The legacy of hidden rivers lives on in names, as mentioned in the image caption:

“The river may have disappeared from view but evidence for its existence remains in the modern place names. Kentish Town is probably derived from Ken-ditch, meaning “bed of a waterway”, and for centuries it was a pleasant riverside village known for its clean air. Spring Walk, Anglers Lane, Brookfield Park and, further downriver, Turnmill Lane, sit on the path of the Fleet.”

The location near Bagnigge Wells – which was also a great Spa destination
Battle Bridge (now Kings Cross) in 1810, per the caption: “referred to an ancient bridge over the Fleet where Boudica’s army is said to have fought the Romans.”
Confluence of the Thames at the Fleet in the 17th Century

The caption to the above image alludes to the eventual demise of these rivers through constant fouling due to rapid development, “As London grew, the river became increasingly a sewer, filled with ‘the sweepings from butchers’ stalls, dung, guts and blood,” according to Jonathan Swift.” Adding to this, a passage from Alexander Pope:

“To where Fleet-ditch with disemboguing streams / Rolls the large tribute of dead dogs to Thames / The king of dykes! than whom no sluice of mud / with deeper sable blots of silver flood.”

The development beginning to cover the “Fleet Ditch” in 1812, covered by the mid 19th Century.

Great to see the evolution of one stream – and London, perhaps more than any city, seems to have extensive documentation that tells these visual stories with a richness that adds to the maps and words. Plenty more images on the original article, and load more history of the Fleet and it’s adjacent developments in the captions, as well as this previous article by Tom Bolton from last year.


HEADER: Fleet Market, between Holborn and Ludgate Circus, 1736 – image via Telegraph

An interesting case study in hidden hydrology from a region I’ve yet to discuss, Greece. Via the Telegraph, an article “Athens hatches ambitious plan to uncover fabled river, once the haunt of Socrates, and turn it into a park.” The river in question is the Ilissos, which, due to lack of maintenance on the subsurface tunnel in which the river flows has led to structural issues that has caused issues with the tram line running on the surface, and opened up opportunities for restoration of this ancient waterway. As mentioned:

“An 1821 water colour of the Ilissos River and the Temple of Olympian Zeus” – via Telegraph (image credit Alamy)

“Urban planners have suggested that rather than spending millions of euros on reinforcing the tunnel and repairing the track, the tram line should be diverted along a different route and the river opened up. They are proposing the creation of a park along a one mile stretch of the formerly forgotten river.”

Some context on the significance of this river, via the HYDRIA Project, “Ilissos river was considered in antiquity as the second main river of Athens, forming an horizontal landmark in its southern and eastern sides. Ancient writers mention various activities by its banks, varying from civic processes, cults -including a sanctuary dedicated to the river himself, by Ardittos hill- or social walks and philosophical endeavours in idyllic landscapes, as for Socrates and his disciples (Plato, Phaedrus 229-230, link). “

View of Athens from the River Ilissos – painting by Johann Michael Wittmer – via Greek City Times

Due to the dry climate, the Ilissos and the other river in Athens, the Kifissos, are often dry, as mentioned in the article. “Given Greeceโ€™s dry, hot climate, neither is huge โ€“ they are nothing like the Thames in London or the Tiber in Rome.” They do, however, act as places for floodwaters to run after winter rains, and the depths can reach up to six feet.

Map of Ancient Athens (Ilissos River highlighted by author) – via Ancient History Encyclopedia

From the BBC “Athens to open up ancient river“, the plan by Nikos Belavilas from the Urban Environment Lab shows the route of the proposed daylighting, restoring it after it was paved over in post-WWII development. You can see the location of the current configuration in the context of the historical routing above, including the Stadium and the Temple of Olympian Zeus, built by Hadrian.

Map of the Ilisos – via BBC (image via Urban Environment Lab)

Beyond daylighting, the restoration also has bigger implications, as a strategy to avoid future issues. As mentioned in the BBC article:

“But it is not just a simple matter of reclaiming the city’s past, but also of saving its present.”If the Ilisos tunnel collapses, it will block the natural course of the river, and could flood the entire city centre,” Mr Belavilas warns – “That doesn’t bear thinking about.”

Currently, only a small section is now visible on its path from the mountains, as mentioned in the Telegraph: “It originates in the mountains on the edge of the city and eventually flows into the Saronic Gulf, after passing almost unseen beneath the streets of the capital. It does emerge briefly, in reed beds behind the Temple of Olympian Zeus, which was built over several centuries starting in the second century BC. “

The only uncanalised part of the bed of Ilissos river that once ran outside the old city of Athens. – via Wikipedia

HEADER: River Ilisos and Stadion Bridge, ca. 1900 – via Wikipedia

GREEN LAKE

I’ve been wanting to write about Seattle’s Green Lake, which is an addition to round out the postย these small Seattle lake stories, and supplement the coverage of the larger lakes Union and Washington.ย  Green Lake has a special place for me, having lived close to it our entire time in Seattle, it’s been a place for fun, recreation, and even protest.ย  This really cool cross-time image from Then & Again shows the juxtaposition of the current with the old, and Green Lake spanning this , here with “…the majesticย USS Maconย gliding above Seattle’s Green Lake on August 22, 1934. The airship was traveling to its new station near San Francisco but took a leisurely route with time for a number of photo ops along the way.”

The history of the lake goes back to similar era to the smaller Bitter and Haller Lakesย and the larger Lake Union and Washington, as mentioned on the Seattle Parks website: “Geologists say the Vashon Glacial Ice Sheet, which also formed Puget Sound and other area lakes, formed Green Lake 50,000 years ago. Dredgings of Green Lake have produced volcanic ash from an eruption of Glacier Peak that occurred about 6,700 years ago.”ย ย The original lake was lowered 7-8 feet as park of early 20th Century Park improvements, and this 2014 article from Seattle Greenlaker ย ‘Olmsted and the Origin of Green Lake Park‘ offers a good introduction to the modern incarnation of the park and this process.ย In that post, it links to this great map from 1907 from the National Association of Olmsted Parks, which shows the development of Green Lake Boulevard and the areas near the lake as part of this process, and the first evolution of Green Lake as part of the overall Park System.

Via Seattle Greenlaker – Caption: Courtesy Frederick Law Olmsted National Historic Site, National Park Service, 02714-21. Used with permission.

If you were, like me, temporarily disoriented for a bit, it helps to rotate this drawing so north is up, and the more familiar shapes and lobes of the lake become clearer. I’ve also highlighted the old shoreline (dashed line) and the new shoreline (solid line w/ blue fill), so it’s clearer where the drawdown left space for the trails and more usable open spaces, with amenities like Boat Houses and beaches.ย  The map also has information on the inlets and outlets, which I’ve highlighted below in a bit more detail for reference.

If you remember back a bit to my post of the exploration ofย Licton Springs, the sketch above is instructive, as this inlet #1ย shows an inlet with a specific reference: the “Brook inlet box culvert 2’x6′ from Licton Min. Sprg.”, showing the subsurface connection to the spring that had been filled in previously but was still flowing from the north.ย  A Bathhouse is shown, which does not currently exist, but there is a swimming beach access which is still in place today, along with the splash play and some open spaces.

There is another pair of inlets #2 a bit further west, near Corliss Avenue, with a label “Inlet box 1 1/2′ x 2′” and near there is one with a note “Old Inlet 18″x18” wood box” which has a note “very little flow now – some sewerage seems to enter it now.”

The final inlet #3, is to the west, showing a connection to an “Inlet-brook, 6′ wide, 3″ deep” that comes from the northwest, running under the streetcar track in a culvert before coming into the lake.

On the opposite side of the Lake, heading southeast, there is the Outlet, which is markedย #4, near 4th Avenue (a few blocks from the proposed boulevard which would become current day Ravenna Boulevard), which was the natural drainage of Green Lake into Ravenna Creek.ย  The reconfiguration of this zone and the shift of the shoreline created a larger area that now has sports fields, as well as a boat house and what is a popular beach access spot today.ย  This is also adjacent to the larger commercial zone which is the hub of activity adjacent to the lake.

 

These flows in and out correlates somewhat with the 1850s maps, but does closely align with the the USGS Topo Map from 1894 (see below) of Green Lake that identify three inlets from the north and the Ravenna outlet heading southeast – which does line up with the hydrology shown on these 1907 drawings.

Historical Topographic Map Collection

The formal plan as presented to the Seattle Parks Commission in 1910 mirrors much of the modern day condition, with the lowered water levels providing for perimeter trails, new plantings, a new island, some amenities such as beaches and boathouses, and the boulevard that rings the park (the western half of which was transformed with the routing of Aurora Boulevard (Highway 99).

 

And another version, this one from 1925 showing a more colorful version of this, “Proposed Plan for the Development of Green Lake” via the Seattle Municipal Archives Digital Collections.ย  This map dashes in the existing and proposed shorelines

I posted previously about the fun bathymetry maps, which included Green Lake. Another map I like is this one ‘Showing Depth Contours of Green Lake’ via the Seattle Municipal Archives Flickr page, which was done in 1938 as part of the Sanitary Survey by the WPA and featured in the “Report on Green Lake Algae Control”, which highlights perennial water quality issue . It reinforced that the lake is relatively shallow, with maximum depths no greater than 25′ feet on the western edge.ย  It also identifies some of the hydrology, including overflows, intake from the City resevoir, and to the west, a “permanent inlet from deep springs” which is a fascinating addition both due to it’s mystery and also it’s location, which is not shown on later maps but does appear in the 1950s map.

The history of the lake beyond that Olmsted plan has many facets and this Chronology is helpful to see the evolution.ย  There many tales (and History Link is a great resource here) that connect with Seattle history, such as in 1869, when David Denny “…kills what is likely the last elk in Seattle, near Green Lake. The elk weighs 630 pounds.”, or 1893 when a cold spell froze the lake completely over. includingย  of Hydroplane boat races in the 1930s, as well as a cleanup and redesign in 1936.ย  Lots of history and evolution I won’t get into here, as it’d take days, but my favorite lost part of the Green Lake history, which I only discovered by accident after visiting the park many times, is theย Aqua Theater, built in 1950 on the south edge of the lake as a 5,500 seat performance venue, built in a little more than two months coinciding with the first of what is now an annual Sea Fair.

The venue hosted a range of events included the annual Aqua Follies, which included ” Water ballets, diving exhibitions and clown acts took place in the pool and on the stage behind. Many of the Aqua Follies mermaids were recruited in Minneapolis before June 1, and began practicing before Seattle area college students finished their school term.”ย  There were some notable music shows including 1969, which featuredย Led Zepplin and The Grateful Dead, which was one of the final shows at the venue before it was shut down.

The lake as a locus for recreation has stayed consistent over the years, with lots of walkers and joggers circling the 3 mile loop, along with water access via boat rentals, rowing, and use of adjacent open spaces sports fields, and even a Par 3 golf course.ย  Water quality issues are a perpeutual issue, but it doesn’t stop it from being the busiest park in the state of Washington, with over a million visitors a year.

Postcard circa 1950s – via Seattle Greenlaker – https://www.seattlegreenlaker.com/2017/06/green-lake-seattle/


HEADER: 1987 Aerial view of Green Lake – via Seattle Public Archives

The most recent October issue of Landscape Architecture Magazine (LAM) has a great story on hidden hydrology inspiration Anne Whiston Spirn, FASLA, titledย Where the Water Was, which highlights the “long arc” her work in West Philadelphia, namely the “water that flows beneath it.

The aha moment is recounted in the article, the inspiration for the poem linked above “The Yellowwood and the Forgotten Creek“, as recounted in the article, she “was on her way to the supermarket, when she was stopped at a gaping hole where the street had caved in over the Mill Creek sewer.ย  “I looked down and saw this big, brown rushing river, and all this masonry that had fallen in. I thought, ‘My God, there are rivers underground. We’re walking on a river.'” (122)ย ย Sprin’s work spans decades since that story in 1971, predominately around Mill Creek which was “buried in the brick sewer pipe in the 1880s”, morphing into the West Philadelphia Landscape Project (WPLP) [covered in brief on our post on Philadelphia here].ย  While I was inspired as a student and professional by her work on books like The Landscape of Landscape and The Granite Garden, her work on hidden streams was perhaps the most powerful for me, both as an object of study but more broadly to leverage this research into a vehicle for positive change.ย  As mentioned, the WPLP website “contains maps, historical documents, reports and studies.” including an updated interactive timeline, and some newer updated interactive mapping which is good to see, as much of the interface until late was a bit dated.

A long way from the preliminary maps in CAD as part of the early mapping in the late 1980s and early 1990s.ย  The sophistication and breadth of this work at the time is telling thought, and I remember seeing these for the first time in college and being amazed.ย  The article shows what many of us know, which is how much of what we take for granted in technology of mapping that’s available to us today, and how hard it was, physically and sometimes politically to get good information.ย  As Spirn mentions “You had to literally go out and field check.” (134)

The takeaways of this early work was to both connect the above ground with what was underground, both historically in predevelopment hydrology but also with sewer routing and burial of waterways.ย  As mentioned, the idea that is a constant with Spirn of “reading the landscape” was instilled as a way to understand the full picture of a site or district.ย  The connection of the physical features with the social is also evident as Spirn is quoted:ย “It’s a pattern of eastern old cities and across the U.S., where lower-income folks are living in the bottomlands… Many are literally called the Black Bottom.” (126)ย ย From this analysis, the idea of mapping and using vacant lands was a way to solve the hydrological problems of flooding or sinkholes, but also to revitalize communities.

The Buried River from Anne Whiston Spirn on Vimeo.

How to do it was an issue, as recounted in the article, ideas where one thing, but changing minds into action was another.ย  McHarg’s Design With Nature inspired her writing The Granite Garden, not as an academic treatise, but rather “…to fill a void.ย  Scientific journals, historical documents, topographic maps, all sorts of materials contained a wealth of information for ecological designers, but no one had pulled it together in a comprehensive, understandable book that could guide designers as well as the public.”ย  ย (127)ย  This book influences generations of landscape architects in many ways beyond merely historical ecology, but in how we think and communicate.ย ย For the project itself,ย Adam Levine (who is the mind behind the PhillyH20 project which i documented previously) found the 19th Century maps “that showed Mill Creek and its tributaries before the land was developed. Spirn’s students digitized those surveys and overlaid them on the city’s topographic maps, finally getting an accurate depth of fill along the floodplain. “We found it’s buried up to 40 feet in some areas…”” (134)

The actions were part of this research as well, and many interesting strategies came from the Vacant Lands report (see here), as well as a number of other projects, many of which took a long time to become reality, or came with ups and downs of poor implementation or.ย  The successes came, owing to the persistence of Spirn and her local compatriots in West Philadelphia, summed up in the article simply:

“Change is a bit like a buried creek. It’s hard to remember its origins. Its many branchings are invisible.” (137)

The legacy locally is a series of activists still working on landscape and community building.ย  Beyond that, there’s an army of landscape architects inspired by this project and her writings, and her life-long spirit of advocacy.ย  A great homage to a wonderful teacher and landscape hero.ย  Lots of great info in the article – which unfortunately isn’t available digitally at this time.


HEADER:ย  Snapshot of Interactive Map of Mill Creek – via

Our understanding on the arc of history around hidden hydrology is informed with maps and accounts from early explorers and settlers to areas, augmented with records, diaries, and oral histories. Often this neglects and misses the valuable stories of indigenous inhabitants of areas, and leaves us with a significantly shorter timelines for reference. The role of archaeology is vital to unlocking the layers of hidden hydrology that don’t emerge from these illustrative written histories, so I was really intrigued with a recent tweet from the Museum of London Archaology (MOLA) (Twitter:ย @MOLArchaology) that told of their current work, called London’s lost river: the Tyburn.ย  From their site, the project is the result ofย “…a team of expertย geoarchaeologistsย  whose work is helping us to understand London’s lost rivers. As an educational charity, we want to share what we’ve learnt, so please join us to explore the story of this long-lost river.”ย  ย 

Using the interactive ESRI Story Map, MOLA developed a narrative to describe the process and some of the key findings.ย  Much of the work is conducted along with construction sites, which gives an opportunity to look below the surface while excavation is happening.ย  The River Tyburn flowed on the north bank of the Thames, and most famously, was routed and defined the space called Thorney that Westminster Abbey was located, seen in this view circa 1530.

The origins of the river are tied to the longer history of the Thames, which is illustrated (see header image) and reaches back to the last glacial period of 11,500 years ago.ย  From there in, “…this new epoch, known as the Holocene, the Thames began to take the shape we know today, but many channels still criss-crossed the river’s floodplain within the wide gravelly valley. One ofย  these channels was the Tyburn, which flowed into the Thames.”ย ย  In this zone, there are hundreds of sites, or ‘deposit logs’ that are recorded, and these are modelled to create a snapshot, particularly focusing on the depths of land (depicted below as green – high ground and purple – low ground.ย  From this model, “projected possible courses for the River Tyburn, following the lowest-lying areas of the modelled 11,500-year-old topography.” with a caveat that “the river would have migrated over time.”

Drilling down (literally) into the specificity of the deposits shows the ranges of material and how it can inform, looking at “ancient flora and fauna” and focusing on things like Diatoms, Pollen, and fossils of things like “Ostracods, the remains of small crustaceans, can indicate salinity, water depth, temperature, water acidity/alkalinity”.

Below is “…a cross section, or transect,ย running northโ€“south from Westminster to Vauxhall Bridge, along the north bank of the Thames. This connects deposit sequences recorded in trenches and boreholes, and helps us look at these sequences over wide areas.”

They also connect their study with the work of Barton and Myers 2016 book ‘The Lost Rivers of London‘ (see here for a post on the same), which speculated on a number of scenarios for the Tyburn, and various routes.ย ย There’s some graphic things I’d change here (namely it’s hard to read the Barton and Myers layers) but the concept is interesting, to overlay varying studies and ‘proof’ the concepts of routing. In essence, does the data reflect the speculation on routes, either reinforcing or disputing what was speculated?ย  The below map is a composite of this

There’s links to some coverage inย London Archaeologist, such as a 2014 article in which “… Tatton-Brown and Donovan used historic documents and maps to suggest that the medieval waterways separating Thorney Island from Westminster were man-made and that the Vauxhall Bridge route was the original and only course of the river.”ย ย The 3D views of the route and the illustration of the provide a speculative view of the area.ย  From the site:ย  “Our topographic model supports Barton and Myersโ€™s suggestion that discussing two distinct branches (towards Westminster and towards Vauxhall Bridge) is an over-simplification of what was probably a more complex delta-like network, as shown [below] (artist Faith Vardy).ย ย This geoarchaeological study provides a baseline for reconstructing the evolving landscape; when combined with historical records and archaeology, even more detailed models could be created. The research done by others, such as Tatton-Brown, which focuses on later periods, may be supported by geoarchaeological work undertaken in the future.”

The concept of geoarchaeology is pretty fascinating as well, and worthy of some further exploration.ย  In the interim, you can check out the MOLA site for what their team does, which focuses on using “…auger or borehole surveys and interpret the archaeological soils and sediments retrieved, allowing us to reconstruct past landscapes and environments.”ย  The reason for this particular subset is to pick up “…where the archaeology is too deeply buried for traditional excavation techniques to succeed. It is also a cost-effective archaeological evaluation tool and geoarchaeological deposit modelling, which maps buried landscapes and deposits.”ย  This is relevant as the surface remnants of these, but the underground deposits, so they work in a “…wide range of depositional environments, including alluvial floodplains, fluvial environments and estuarine/intertidal zones. Using palaeo-environmental proxy indicators, such as pollen and diatoms, we reconstruct past environments. Our specialists also use a range of sedimentological techniques.”

These techniques don’t answer every questions, but coupled with expertise and interdisciplinary research, enables us to see further, and deeper than previousl.ย  The role of archaeology and geoarchaeology in hidden hydrology is vital, as shown above. While we often rely on maps, photos, sketches, and written histories to reconstruct places,


HEADER:ย ย Artist’s reconstruction of a cold climate, braided river, such as the Late Glacial Thames (artist Faith Vardy) – via

The New York Times did a recent story onย How the Ice Age Shaped New York with a tagline Long ago, the region lay under an ice sheet thousands of feet thick. It terminated abruptly in what are now the boroughs, leaving the city with a unique landscape.”ย  This resonated with me and reminded me of posts about Minnesota’s Lake Agassiz, as well as the Waterlines presentation last year by Dr. Stan Chernicoffย on Seattle’s own geological historyย and how the ice age covered the city with a deep layer of ice ground away over time and as it melted 10-20,000 years ago, influenced and left many traces on cities.

New York City experienced similar issues, with a two-mile thick ice layer forming over two million years back, covering the area region encompassing much of the city and all of Manhattan, with the terminal moraine reaching the zone bisecting parts of Staten Island and Long Island, until warming and retreat 18,000 years ago.

The story of many areas is the same, the depth and weight of ice shifting bedrock, and creating waterways, kettle ponds and lakes, as well as retreat leaving glacial erratics and other rubble strewn through the zones.ย  However it’s more distinct in New York City, as pointed out in the article:ย ย “While the line of glacial debris across the northern United States is often poorly delineated, the hilly ridge around New York City tends to be quite prominent. Its maximum height is roughly 200 feet, about that of a tall apartment building.”

The ridges and hills determined where people settled, as they avoided these areas and found flatter ground, and I remember the specific outcrops left in place in Central Park as features, but perhaps also to avoid having to blast or remove them. (see header image above)ย  The article mentions that many place names are derived from this rises, appended with Hills, Heights, and Slope and also its usage in local building materials.ย  The proximity of the terminal moraine to New York City is unique, but that glacial history has been forgotten over time.ย  As mentioned:

“Despite the ridgeโ€™s prominence and early allure for scientists, it turned out to be no rival for skyscrapers and urban distractions. The moraine that shaped the city was all but forgotten.ย โ€œClearly, itโ€™s not on the radar,โ€ said David E. Seidemann,ย a professor of geologyย at Brooklyn College. โ€œThe educational system here doesnโ€™t emphasize earth science. And thereโ€™s so much else to do. Iโ€™ll go to a Yankees game over geology any day.โ€

But the hidden remnants paint a fascinating picture, capture by geologist and environmental educator from the American Museum of Natural History, Sidney Horenstein, who also does tours of these phenomena.ย  He found documents showing that geologists working in the 1800s found in terms of the variation of hill to flatland geology: “Ridges, mountains and even flatlands are typically rooted in rocky strata, such as the bedrock that underlies Manhattan and makes it ideal for erecting skyscrapers. But early investigators found the hilly ridges to be composed of clay, silt, sand, pebbles, cobbles and boulders, all jumbled up together.”

The walk through reports (such as the fascinating Natural History of New York published in 1842) established a chronology of more focused work on things like history of glacial floods, and fills in gaps on geological processes, even showing the emergence of terms to describe processes, like ‘Ice Age’ which was starting to be more widely used in the 1880s.

A 1902 USGS large-format map provided some spatial information as well

The maps used colors to show variations of geology amidst the emerging city grid, and identified the terminal ridge. As the article points out:

“At first,ย the city used the stony ridge for woodlots and rain catchments. Slowly, the uses expanded to reservoirs, recreational areas and, in time, neighborhoods in which buildings and houses were built on strong footings and foundations for stability.ย ย Today, despite the wide development of the ridgeโ€™s lower slopes,ย aย Google Earthย viewย of New York City โ€” a composite of images from April, June and September โ€” shows the glacial relic as an intermittent band of green.”

A larger image of one of the maps ย from the folio is seen below, via NYC99 gives an indication of the rich data available – click to enlarge (image source from Texas A&M Library).

Similar to the Missoula Floods that broke through a massive ice dam and carved out the Columbia River basin, New York also had a flood termed ‘biblical’, as glacial retreat happened around 13,000 years ago, where a “... towering wave of destructionย crashed down through the Hudson gorge and proceeded to smash the southern end of the local moraine to smithereens.”

It’s interesting to draw parallels between how the glacial impacts are similar on the east and west coasts, but also how they differ due to variations of geology and topography.ย ย The hidden history isn’t just hydrology, but a combination of physical and biological processes working in tandem, over millennia. We’ve done much to erase and obscure, but traces remain, indications of these long and large processes are tucked away under our feet, waiting to attract our gaze.

“…millions of people live on or near the glacial ridge.ย In all, it runs for roughly 30 miles beneath New York City. Invisibly, it links three boroughs, offering mute testimony to the power of vanished ice.”

 


HEADER:ย  Umpire Rock in Central Park – this and all other images, unless noted, via NY Timesย ย 

The Atlas for the End of the World is a great model for a compendium of research and mapping on a focused topic, which has relevance to my endeavor here at Hidden Hydrology.ย  While the content, scale and goals are different, the structure of information in the format of the ‘atlas’ and the combination of mapping, data, and critical inquiry through essay all resonate as a great precedent.

The project was conceived by Richard Weller from The University of Pennsylvania (UPenn), with collaborators Claire Hoch and Chieh Huang.ย  A summary of the project, launching in 2017, comes from the site:

“Coming almost 450 years after the world’s first Atlas, this Atlas for the End of the World audits the status of land use and urbanization in the most critically endangered bioregions on Earth. It does so, firstly, by measuring the quantity of protected area across the world’s 36 biodiversity hotspots in comparison to United Nation’s 2020 targets; and secondly, by identifying where future urban growth in these territories is on a collision course with endangered species.ย ย By bringing urbanization and conservation together in the same study, the essays, maps, data, and artwork in this Atlas lay essential groundwork for the future planning and design of hotspot cities and regions as interdependent ecological and economic systems.”

Some background on the project is found in both Prรฉcisย which provides a roadmap to the site,ย as well as an essay “Atlas for the End?” whichย alludes to the first modern atlas ofย Ortelius, theย Theatrum Orbis Terrarumย (Epitome of the Theater of the World) and the dawn of a new, albeit already populated, world, ready for exploration and exploitation.ย  As mentioned: “In 1570, when Ortelius published his atlas, the European imagination could literally run wild with whatever might be ‘out there’. Now, a mere 450 years later, that vast, mysterious world of diverse peoples and species is completely colonized and irreversibly altered by the material and conceptual forces of modernity. Whereas Ortelius marked out modernity’s territorial beginnings, this atlasโ€”by focusing on the remaining habitat in the world’s 36 biodiversity hotspots โ€”rakes over its remains.”

The extensive essay lays a formidable foundation for the research, touching on the impacts of the past 450 years and the loss of biodiversity through urbanization, and the identification of hotspots, as well as how cities play a huge role.ย  As quoted:

“Although it is not yet well monitored, it is increasingly appreciated that the metabolism of the contemporary city, no matter how divorced it might feel, is interconnected with the sources and sinks of the broader landscape. It follows then that environmental stewardship is as much a matter of urban design as it is landscape ecology. As Herbert Giradet insists, it is in cities “that human destiny will be played out and where the future of the biosphere will be determined. There will be no sustainable world without sustainable cities”.7

The themes touch on the foundations of the shift towards the Anthropocene, and our changing ideas about nature, stewardship, and it’s relationship to the profession of landscape architecture, touching on McHarg’s environmental ethics of the 1960s and also discussing the work of biologist Daniel Janzen and work on restoration of biodiversity using a metaphor of the garden.ย  “Janzen’s ‘garden’ is not an idyllic scene constructed for contemplation, nor does it trade in images of pristine wilderness. Wildland “gardenification” as he refers to it, is just damn hard work. As Janzen explains, it involves “fencing, planting, fertilizing, tilling and weeding โ€ฆ bioremediation, reforestation, afforestation, fire control, proscribed burning, crowd control, biological control, reintroduction, mitigation and much more.”36ย Janzen’s garden is a continual work in progress.”

The ideas continue in discussions on the role of protected and connected ecosystems, and metrics, in this case, using the Convention on Biological Diversity (CBD).ย  From the text: “The overarching framework for the project of protecting and reconstructing a biodiverse global landscape is provided by the United Nations Strategic Plan for Biodiversity 2011-2020. The key mechanisms of this plan are brokered and administered through the Convention on Biological Diversity (CBD), one of the three ‘Rio Conventions’ emerging from the UN Conference on Environment and Development (the ‘Earth Summit’) held in Rio de Janeiro in 1992. The primary objective of the CBD is that “[by] 2050, biodiversity is valued, conserved, restored and wisely used, maintaining ecosystem services, sustaining a healthy planet and delivering benefits essential for all people”.ย  ย To this end, the focus on hotspots provides a locus for where these values intersect globally, as represented with ideas of protection (and lack there of) and the ability to access massive quantities of data collected through remote sensing and being able to map it using available technologies (while cautioning against the objectivity of mapping as a practice).

A concluding essay “Atlas for the Beginning” talks about the shift to our new reality of the Anthropocene.ย  A globe view shows “What’s left: the world’s protected areas as of 2015” which illustrates a bleak view of the fragility of the worlds ecosystems.ย  The takeaway is a research agenda that includes more data and analysis, as well as developing methods of action, including aย  “…longer term research agenda is to establish a knowledge sharing network of demonstration design projects across the hotspots which bring landscape architects, environmental planners, conservationists, economists and local communities together to focus on areas of conflict between biodiversity and development. These SEED (systemic, ecological and economic design) projects will show how landscape connectivity can be achieved and how urban growth can be directed in ways that support all forms of life.”

The use of data visualizations, or datascapes, allows for unique comprehensibility of issues, as seen above.ย “The datascapes show that if the global population were to live (in material terms) as contemporary Americans do, there would be a major discrepancy between levels of consumption and what the earth, according to today’s technologies, can reasonably provide.” One such visual on Carbon Forestย (below) shows the theoretical sequestration potential and equivalent size of forest to accommodate current populations, or, in actual numbers, “The 216 billion metric tons of CO2ย emitted by a hypothetical global population of 10 billion such Americans would require 9.9 trillion trees to sequester its emissions.ย 2

The series of world maps are both beautiful and informative, spanning a range of topics both physical and social… a wide array of topics.

Each comes with a short blurb and reference.ย  The map on Ecoregions is described as: “The World Wildlife Federation defines an ecoregion as “relatively large units of land or water containing a distinct assemblage of natural communities sharing a large majority of species, dynamics, and environmental conditions”ย 1. An ecoregion is a biome broken down even further. There are 867 ecoregions comprising the world’s terrestrial and marine ecology. Nearly half of the world’s terrestrial ecoregions (391) are within the hotspots.”

 

Another interesting subsection is a feature Flora & Fauna, with “the photography of Singaporean artist Zhao Renhui, Director of the Institute for Critical Zoologists, from his 2013 artworkย Guide to the Flora and Fauna of the Worldย 1.ย The guide presents a catalogue of curious creatures and life-forms that have evolved in often unexpected ways to cope with the stresses and pressures of a changed world.”ย  The species are both amazing and somewhat disturbing, such as the bionic AquaAdvantage salmon (below), “…a genetically modified salmon that can grow to its adult size in 16 to 18 months instead of three years. The AquaAdvantage salmon has been modified by an addition of a growth hormone regulating gene from a Pacific Chinook salmon and a promoter gene from an ocean pout.”

Read more on the project via this post on the ASLA Blog, as well as a relevant article by Weller from the innaugural issue of LA+ Journal, entitled ‘World Park

All images and text:ย ยฉ 2017 Richard J. Weller, Claire Hoch, and Chieh Huang, Atlas for the End of the World, http://atlas-for-the-end-of-the-world.comย 


HEADER:ย  ย Hotspot Cities: cities of 300,000 or more people projected to sprawl into remnant habitat in the world’s biological hotspots

I’ve been inspired by the work many others have done to capture the qualities of coverage of waterways at national scale both in the US and the UK, and beyond the mapping, appreciate their investigations into the unique distribution of place names, or toponyms.ย  The language of the waterways informs more local hidden hydrology endeavors, and understanding regional vernacular variations provides a snapshot into our varied relationships with water.ย  While a glance at the Pacific Northwest via these other maps shows that the predominant name for waterways is probably going to be either creek or river, I wanted to dive a bit deeper to see what other names are used to denote waterways.ย  To accomplish this, I spent some quality time with the USGS National Hydrography Dataset (NHD) to unlock a bit of the secrets of regional variations.

For starters, the NHD is an amazing resource of information, pulling together a comprehensive collection of data on flowlines, watershed basins, and more and the ability to get data from a variety of formats for small to large basins and states.ย  From their site, the purpose of the data is to: “define the spatial locations of surface waters. The NHD contains features such as lakes, ponds, streams, rivers, canals, dams, and stream gages, in a relational database model system (RDBMS). These data are designed to be used in general mapping and in the analysis of surface water systems.”ย  The first steps are a bit daunting, as the State of Washington included data with over 1.3 million flowlines, seen below in aggregate. The flowlines aren’t any one single waterway, but are the individual segments that make up each creek.

While the data preserves local basins shapes by sprawling outside state lines, I wanted to make this unique to Washington, so needed to clip it to the state boundary.ย  This ended up being a bit of a task for my rather slow computer to crank out the clipping, so I had to think of some alternatives to simplify the dataset.ย  Interestingly enough, over 80 percent of the flowlines (around 1.1 million of them) are unnamed, and while I’m sure are perfectly lovely bits of creek and river, they don’t help in our purpose in terms of deriving place names.ย  Eliminating them also serves the dual benefit of reducing the size of our working dataset quite a bit.ย  After trimming to the state boundaries, we ended up with a nice workable set of around 170,000 flowlines that have names, seen below.

Per the NHD FAQ page, “Many features also are labeled with the geographic name of the feature, such as the Ohio River. The feature names must be approved by the Board of Geographic Names (BGN) in order to qualify for inclusion in the NHD.”ย  More on the BGN and the wonderful assortment of place names that exist in these lists beyond their descriptor (which is perhaps the fuller idea of toponyms), in this case we break down the list and see what comes to the top.ย  ย Not surprising, but the use of the terms Creek and River dominate the landscape of Washington, accounting for 98% of all named flowlines.

Of the totals, creeks truly dominate, with around a 75% chance that a trickle of water in the state will be referred to as a creek.ย  The larger, less numerous rivers make up 23% of all flowlines, and the map above paints a wonderful portrait of the density of waters.ย  Separated out by type, you see the branched structures of trunk and stem that pumps water through most of the mountainous west side of the state, with the larger, drier plains to the east more open.ย  All total the combined length of these equals over 30,000 linear miles.

1. CREEKS

2. RIVERS

So we live in a creek and river area of the world.ย  Amidst these dominating toponyms are a distributed layer of types of flowlines that make up the remainder of the story of Washington, that final 2 percent, emphasized in a darker blue below.

The secondary naming of these includes the most common, isolated and color coded, with a legend denoting the eight most common alternative flowline names.

The relative percentage as a portion of that slim 2% of state flowlines, include:

  1. Slough (30%)
  2. Fork (16%)
  3. Canal (16%)
  4. Ditch (9%)
  5. Wasteway (4%)
  6. Branch (4%)
  7. Run (4%)
  8. Stream (3%)

The remaining 14% are composed of small portions that include Lateral, Brook, Drain, Slu (a variation of Slough), Gulch, Channel, Siphon and it’s alternative spelling Syphon, Washout, Waterway, Swale, Glade, Pass, Gate, and Range.ย  Many of these as we see, are geographically located towards the center of the state where agricultural landscape has created larger modifications and creation of waterways (described in the NHD data under the names like Artificial Path, Canal Ditch, and Connector).ย  There’s a split between more traditional waterway name variations (i.e. Slough, Fork, Branch, Run, Stream) and those that mostly utilitarian, capturing the poetry of industrialization (i.e. Wasteway, Ditch, Canal, Siphon, Lateral).ย  Removing the background landform, you see the composite of the different stream types as a whole, with creek/river in blue and the remainder by color.

For a more local view, the NHD data is a bit less sparse, not capturing the same amount of complexity is smaller urban waterways, plus without the other water bodies like lakes the geography seems somewhat off.ย  The purple to the west in the Olympic Pennisula shows a density of flowlines referred to as streams, and the darker red denotes a number of local sloughs that exist in local river systems.ย  It’s harder to see, but you can catch the Ship Canal in this group, and the slightly lighter red fork in the center is the infamous Duwamish Waterway, the lower stretch that runs through Seattle and ‘lost’ its designation as a river – interestingly enough it’s the only flowline in the state with that moniker.

I was expecting the dominance of creeks and rivers in the nomenclature, but was also really surprised that these combined to make up so many of the collective flowlines. Perhaps early settlers and place-namers lacking a bit of creativity.ย  It was also a good surprise to find a wealth of other place names in Washington, albeit many used to describe man-made features, including the most poetic name of wasteway, but enough fun to find an occasional branch, fork, brook, and run, which are more common elsewhere in the United States, per the other US maps.

These are pretty basic graphics exported from GIS just to give a feel for the data, so I’d like to play around more with representation, perhaps some sort of heatmap.ย  Also I’m eyeing Oregon for a comparison, and maybe wanting to dive into the waterbodies as well beyond linear flowlines, so more fun to come.ย  Who knows, an atlas of the whole country with a top ten of their most common names of each state.ย  Or maybe not…


HEADER:ย  Excerpt of River and Stream Composite Map – data from ESRI, NOAA, USGS – Mapping by Jason King – (all maps in post same attribution,ย ยฉ Jason King, Hidden Hydrology, 2018)

The exploration of hidden hydrology takes many forms. While often focusing on the visual through maps and illustrations, and the verbal, through documents and texts, there’s a range of other sensory experiences that connect lost rivers and buried creeks to our modern life.

It is vital to connect the lost experiences with actual places, if only help imagine what was there previously, as well as to, surprisingly, find the traces and fragments of the palimpsest that remains after decades or even centuries of erasure. Beyond the idea of just being mere ground-truthing as a method of connecting the maps and texts to actual places, is the ability to engage other senses of touch, hearing, andย  We engage and use our brains differently when we’re outdoors versus indoors, as a recent study showed that “…brain activity associated with sensing and perceiving information was different when outdoors, which may indicate that the brain is compensating for environmental distractions.”ย 

At the root of this is physically experiencing spaces through exploration and discovery. While we will dive into the more specific literature and potential for walking/flรขneury in this context of exploration that encompasses our collective sensory experience, for now we will focus on some relevant overlapping themes in terms of specific focused sensing in a spatial frame – specifically soundscapes and smellscapes.ย  Some, but not all of these fit exactly in the tighter sphere of hidden hydrology, however all do provide valid paths of inquiry that could be directly applied to increasing our understanding and engagement with these buried, disappeared, worlds.

As with all of these explorations, this quickly expanded beyond one post, so I’m focusing first on the concept of smell – and will follow up subsequently with elaboration on other sensory subjects.

Smellscapes

The sounds and smells of water are powerful sensory experiences, which can evoke a range of emotions, hint of hidden landscapes, confront and astound then sooth and delight.ย  There’s also a strong historical element, outlined beautifully in this CityLab article ‘Sense and the City‘, which discusses Carolyn Purnell’s book ‘The Sensational Past: How the Enlightenment Changed the Way We Use Our Senses’.ย  in which she shows through explorations of noise, smell, and more over the span of history, “….while our bodies may not change dramatically, the way we think about the senses and put them to use has been rather different over the ages.”ย 

It is no accident that the events around what led to the massive reconfiguration of London through the burial of rivers into pipes is known as theย ‘Great Stink‘, driven by growing water pollution and hot weather whichย  causing a mass exodus due to the notion that the smells could transmit disease, which was coupled with recent cholera outbreaks.ย  As mentioned in the Wikipedia article “The problem had been mounting for some years, with an ageing and inadequate sewer system that emptied directly into the Thames. Theย miasmaย from the effluent was thought to transmit contagious diseases, and three outbreaks ofย choleraย prior to the Great Stink were blamed on the ongoing problems with the river.”ย ย The scientist Michael Faraday, who investigated and wrote a letter on the poor conditions of the Thames, is depictedย in this Punch Cartoon from 1855 holding his nose and “…giving his card to Father Thames”, commenting on Faraday gauging the river’s “degree of opacity”

And while access to land and reduction of negative impact so the irony of much urban modernization of rivers by burying them was often driven by smells, fear of pollution via miasma, or legitimate issues with outbreaks like cholera, the so called “Monster Soup” via the 1828 image by William Health depicting the water of the Thames.

Expanding that notion, I recall this map, via CityLab, of the ‘Stench Map” from the “Charles F. Chandler Papers,โ€ Columbia University Rare Books and Manuscript Library, which was described as a “Map Showing Location of Odor Producing Industries of New York and Brooklyn, circa 1870”

They quote Virginia Tech historian Melanie Kiechle and author of the recent book “Smell Detectives“, who is quoted in the article about the fascination and challenge of spatially representing sensory data:ย “Trying to show smells, which are not concreteโ€”they’re invisible, they’re ephemeral, they’re always changing…”.ย  She also authored this paper in Journal of Urban History called ‘Navigating by Nose: Fresh Air, Stench Nuisance, and the Urban Environment, 1840โ€“1880” [paywalled] where she mentions “City dwellers used their understanding of stench nuisance as detrimental to health to construct smellscapes or olfactory maps of New York City. Such maps identified health threats and guided movements through or out of the city.”ย 

And another, referenced in this Instagram from the NY Public Library Map Division, entitledย “Going the whole hog. The odiferous Midtown West in 1865”, which shows this excerpt from a mapย “Region of Bone Boiling and Swill-Milk Nuisances” found in “Report of the Council of hygiene and public health of the Citizens’ Association of New York upon the sanitary condition of the city” published by The Citizens’ Association of New York. Council of Hygiene and Public Health in 1865″

The short of it was, in the mid 19th Century, cities were often foul and disgusting places, and, if you want a more thorough and frightening description of the above, visit CityLab’s post “The Sanitary Nightmare of Hell’s Kitchen in 1860s New York”ย  which describes conditions that inevitably existed throughout many cities at the time.ย ย For rivers, this meant modernization, none as famous as the sewerization of London by Joseph Bazalgette, which tackled the issues of urban pollution and flooding in the mid to late 1800s, while also opening up room for development.

This approach served as a model for many areas around the world confronting similar issues, and serves as perhaps the greatest driver of buried creeks and hidden hydrology in modern cities.ย  Not solely based on smell, but it was definitely a factor.ย  In entombing these rivers, we cut off the bad but also vacated the positive associations of the smell of water that couple nostalgia via memory. Good and bad, theย evocation of smells of water – ocean funk, tidal salt/fresh water mixing, freshness of a bubbling creek, wet grass, and all things in between have strong impacts on our experiences.ย  One of these concepts mentioned recently in writings I recall, including both a chapter in Cynthia Barnett’s book “Rain: A Natural and Cultural History“, and featured as Robert Macfarlane’s word of the day, is the concept of โ€œpetrichor,โ€ which is much more complex but can be simplified as the smell air before, or after rain, which is so evocative as to support an entire industry, outlined in detail in an Atlantic article by Barnett “Making Perfume from the Rain“.

The role smell plays in our experience and enjoyment of places is often not discussed specifically, beyond nuisances, so it is heartening to see artists, designers, and planners taking on this specific area for study.ย  We will expand more on the water-specific aspects of this in the future, but for now, a great intro is this wonderful meditation on ‘The Conservation of Smellscapes” from the blog Thinking like a Human, which captures the idea better than I, and which also references a couple of the smellscape pioneers which we will discuss in more length below.

Kate McLean

Anyone interesting in the topic of smellscapes has inevitably come across the amazing work of Kate McLean, especially with recent write-ups in Atlas Obscura, The New Yorker, BBC News, andย  Co.Design to name a few.ย  McLean is an artist and designer and current PhD candidate who focuses on sensory research which is found at her site Sensory Maps. and you can follower her as well on her Twitter account @katemclean.ย  In her websitesย explanatory text, she mentions the techniques and use of the visual to represent the sensory: “The tools of my trade include:ย individual group smellwalks, individual smellwalks (the โ€œsmellfieโ€), smell sketching, collaborative smellwalks, graphic design, motion graphics, smell generation and smell diffusion, all united by mapmaking”ย 

A 2015 story on “Mapping Your City’s Smells” discusses some of her work, specifically for London, where they developed a ‘dictionary’ of urban smells, “…including less pleasant odors (โ€œexhaust,โ€ โ€œmanure,โ€ โ€œtrash,โ€ โ€œputrid,โ€ and โ€œvomitโ€ among them) and downright lovely-sounding ones (โ€œlavender,โ€ โ€œfruity,โ€ โ€œBBQ,โ€ and โ€œbaked,โ€ for example).”ย  An aroma wheel developed by the team, captures the complexity of these smells.

From this, they used words in geotagged social media posts to capture a spatial picture of these elements, then mapped them based on concentrations in a Pollock-esque composition showing bad smells along red tones and nature smells in greens.ย  As noted:ย ย “The researchers envision these maps being used in a variety of ways. Urban planners, they suggest, can use them to figure out which areas of the city smell the worstโ€”and then consider using air-flow manipulation, green spaces, and pedestrian-friendly streets to change them. Maybe computer scientists will one day create a wayfinding app that gives users the most pleasant-smelling path to their destination. Or maybe city officials will be inspired to use social media data to more consistently monitor how their residents are being affected by smellsโ€”and by the pollution that creates it.”

An online map of this data also exists from McLeans collaborators Daniele Quercia, Rossano Schifanella, and Luca Maria Aiello, under the auspices of goodCitylife.

Smelly Maps provides an interactive version of the data for London, with some additionalย Info about this: “Think about your nose. Now think about big data. You probably didnโ€™t realize it, butย your nose is a big data machine. Humans are able to potentially discriminate more than thousands different odors.ย On one hand, we have our big data nose; on the other hand, we have city officials and urban planners who deal only with the management of less than ten bad odors out of a trillion. Why this negative and oversimplified perspective?ย ย Smell is simply hard to measure.ย ย SmellyMaps have recently proposed a new way ofย capturing the entire urban smellscape from social media dataย (i.e., tags on Flickr pictures or tweets).ย Cities are victims of a disciplineโ€™s negative perspective, only bad odors have been considered. The SmellyMaps project aims at disrupting this negative view and, as a consequence, being able toย celebrate the complex smells of our cities.”ย ย 

Zooming in, you get a breakdown on the relative smell density and dominant smell in a dashboard style.

On the interactive side, aย smellwalk project from 2014 for Amsterdam gives a good overview of the process, where multiple people walk and record information, with “Over 650 smells were detected by 44 people undertaking 10 smellwalks over a period of 4 days in April 2013. Based on written descriptions from the smellwalkers, 50 broad categories were identified. Both frequently-mentioned and curious smells feature on the map.”

She provides a short description of the results, discussing her expectation of cannabis instead replace with the reality of waffles, spices, herring, laundry, flowers and leaves detected by participants.

“Dots mark the origins of the smells, concentric circles indicate their range and the warped contours allude to potential smell drift in the north- and south-westerley winds encountered on the days of the smellwalks. It is estimated that humans have the capacity to discriminate up to 1 trillion smells and our experience is highly individual; to walk and sniff is to know.”

The color legend breaks down specific dominant smells (both frequently-mentioned and ‘curious) derived from the 650 smells, and a subset of the 50 categories.

The graphical quality of these maps amplifies the the experiential quality, which also I believe makes them more engaging to wider audiences of designers and planners.ย  The magnitude lines offer an opportunity to zoom in on some specific comments displayed in an engaging way.

A video of this Smellmap Amsterdam is worth a look also:

Smellmap AmsterdamยฉKateMcLean2014 from RCA IED on Vimeo.

The 2017 New Yorker article “The Graphic Designer Who Maps the World’s Cities By Smell” shows a more localized example, as the author, guided by a kit she downloaded from McLean’s site, later mapped by McLean herselfย in Greenwich Village.ย  One of McLean’s own earlier endeavors looked at some specific blocks in New York, with a hyperlocal exercise,inspired by another article from New York Magazine ‘The Smelliest Block in New York‘.

The work blending art and science is a great model, and the representation offers some good lessons for mapping less concrete elements in the urban landscape.ย  The further parallel with hidden hydrology is in being able to interpret the unseen, as McLean mentions in the Atlas Obscura post, “โ€œParticipants are often surprised about how many odors can be detected if you really pay attention to smell,โ€ McLean says. โ€œHumans can differentiate a trillion different smells but we breathe about 24,000 times a day. Much of it can easily go unnoticed.โ€ “

Victoria Henshaw

Another pioneer in the field is Victoria Henshaw, who sadly passed away in 2014. She provided another strong voice in the field of smell, authoring a 2013 book on the subject, Urban Smellscapes: Understanding and designing city smell environments, which wasย “…contributing towards the wider research agenda regarding how people sensually experience urban environments. It is the first of its kind in examining the role of smell specifically in contemporary experiences and perceptions of English towns and cities, highlighting the perception of urban smellscapes as inter-related with place perception, and describing odourโ€™s contribution towards overall sense of place.”

An urban planner by training and an academic, Henshaw wrote on the topic at her blog Smell and the City, which, along with her book left a wonderful trove of info on the topic. An interview in Wired UK “Odour map seeks to save endangered smells‘ hints at an oft-mentioned theme in any writing around the subject: that while we scrub the cities of the bad smells, we also lose the essence of what makes places unique and special.

As mentioned by Henshaw: “”The approach to town-centre management has always been about sterilisation,” she says. “We’ve become so unused to strong smells that we now have adverse reactions to them.”ย ย This disassociation is both the target as well as the opportunity to tap into unrealized sensory design opportunities, as we gain more understanding of the impacts.ย  One such method as the ability to reroute ventilation systems “to the front of restaurants and entertainment venues — with the intention of attracting more customers,” which ostensibly captures the essence and vitality of a food stall in Barcelona, from her site.

There’s a mention as well of a Global Smell Map that seems to be no longer viable as it doesn’t have any info.ย  ย A later article by Henshaw as well from 2014 ‘Don’t Turn Up Your Nose at the City in Summer” focuses the nose on New York, which for her was ‘The season of smell”, where smell becomes a factor in the original city grid layout to “maximize the benefits of westerly winds to dissipate the supposedly deadly miasmas thought to spread disease…” as well as industrial pasts, even long after the smoke stacks go cold, mentioning that “Inย Londonโ€™s Olympic Village, for example, the main stadium was built on a former industrial zone โ€” and when it rains, locals report detecting the smell of soap seeping from the site of an old factory.”

She mentions the sociology of smell as well, mentioning external issues like waste-treatment facilities and their smelly impacts often being located in poorer areas. “Smell also provides a sociological map of the city. Poorer people tend to have less control over their smell environments.”ย  The experience of smell-walks and close observations of senses, provides a new way of seeing and understanding places, and although sometimes foul, Henshaw’s advice is sound:

“But donโ€™t hold your nose. Teach yourself to parse the cityโ€™s odors and you will find a new dimension of urban experience opening up before you. Accept the olfactory.”

McLean and Henshaw, along with a cast of others also helped co-edit the recent literature on the subject in the 2018 bookย  “Designing with Smell – Practices, Techniques and Challenges”, which offers “case studies from around the world, highlighting the current use of smell in different cutting-edge design and artistic practices…” [with] “…an emphasis on spatial design in numerous forms and interpretations โ€“ in the street, the studio, the theatre or exhibition space, as well as the representation of spatial relationships with smell.”

As mentioned, this detour into the realm of senses and smells may seem counter to the investigation of hidden hydrology, but these examples connect the hidden to the physical world through exploration, and also provide compelling ways of using these investigations of place while presenting graphic information that is compelling, interactive, and data-rich.ย  Next we will dive into another sensory exploration, that of soundscapes.


HEADER: Smell Mapย by Kate McLean – via Medium

 

 

 

 

I tweeted a bit back that I’m reading the book Rivers Lost, Rivers Regained: Rethinking City-River Relations, and so far it hasn’t disappointed.ย  More info for sure on some of the great content on cities and rivers forthcoming. However, an intriguingย ย concept mentioned in the intro was the Japanese concept of shin-sui, which the authors loosely define as “playing with water”.ย  They mention these in an overall trend of cities refocusing on their urban rivers, and specifically of ways to encourage people reconnecting with these urban waterways. The authors bring up urban waterfront parks, and mention these “shin-sui” parks as a way of connecting with natural processes:

” “Although these projects were conducted for recreational rather than ecological purposes, they helped to turn people’s eyes back to nature.”ย  (18)

Translation being a tricky thing, there’s multiple meanings that emerge when one starts digging into the concept of shinsui (and someone with a grasp of Japanese beyond my total lack thereof please correct me).ย  Online definitions, include water references,ย summarilyย – flood, fuel & water, inundation, as well as having meanings for adoration, cooking, salary.

Another reference in a book that popped up in a Google search, Japan for Kids, has a great way of describing the parks a friendship: “A new concept in neighborhood playground is a ‘shinsui park.’ย  Shinsui means literally ‘to be friendly with water.’ A shinsui park is one with plenty of water attractions that provide children with a chance to get use to water by playing in it.” (127)

The designs for these transcend the mere “splash play” or water park, but do share some of the same elements of interactivity and immersion.ย  Owing to the diversity of density of Japanese cities, they are often narrow, but it does show the potential for even abstracted water courses to co-exist with urbanization.

Otonashi Shinshi Park is one of these very urban examples, located in the northern area of Tokyo and literally wedged in a channel between development.ย  You get a feel for the scale and elements, in this case a high-walled channel that opens up to some more interactive and tactile elements.

A little more lush version from photographer Andy Serrano is found at Oyokogawa Shinsui Park, which he describes: “The park runs alongside the Oyoko-gawa River in the Sumida Ward of Tokyo, and is a popular place for local residents who play, walk, fish, and even swim there. With the Tokyo Sky Treeย looming nearby, cherry blossom season gives visitors a taste of Japan’s dual natures: historic traditions side-by-side with ultra-modernity, natural beauty next to futuristic technology and architecture.”

The Tanada Shinsui Park on the Houzuyamma River in the village of Toho in Fuuses some vernacular elements to create a “River pool…for the infant and elementary school children [and the] …”Koinobori pool” river pool is a pool that uses the difference in height of the rice terraces.”

Another urban example is sculptural pools of the Arima River Shinsui Park near Kobe, Japan, which is located near Arima Onsen, one of the oldest hot springs locations in the country.

As mentioned, these few examples I’ve show are not about restoration, and vary from just parks by the river to ones with active recreation elements focused on water.ย  While natural edges occur, many are somewhat channellized, highly designed and very abstracted river environments — akin the art-side of the conceptual continuum of restoration.ย  The goal here is more recreational, but, as the editors of Rivers Lost mention, they may provide a powerful precedent for engaging people of all ages with their natural waterways, and informing urban residents on the natural processes

 


HEADER: Otonashi Shinsui Park – Tokyo, via Japan by Web