30 January 2008
divine oracles*


Today's graphics, gentle reader, are to focus attention on the entire Grand River watershed L to R clockwise: map of the urban watershed to focus on the five growth centres identified in provincial planning documents; photos of Grand River above Keldon and photo of one small source stream of the Grand River near Corbetton in the Dundalk highlands. By the time, this small stream reaches Lake Erie, the river has become wide enough to require a nine-span bowstring arch bridge crossing at Caledonia.
On its way to Lake Erie, the Grand River drains 6,965 square kilometers. It is the largest watershed in southern Ontario & the primary drainage basin feeding into Lake Erie. Throughout its 290 km course, the Grand River meanders through three distinct physiographic regions: a) the northern till plain; b) the central moraines and sand plains; and 3) the southern clay plains. 80% of the watershed's population is located in the central moraines (Waterloo, Galt/Paris & Orangeville) and Norfolk sand plains area. The Waterloo moraine, source of this Region's drinking water supplies, comprises 11% of the entire watershed.
Water quality deteriorates progressively* as the Grand River moves through the central portion of the watershed. From a GRCA report: "The impact of the urban development on the Grand River is obvious. Although phosphorous, total ammonium and chloride levels at Bridgeport tend to be already elevated, there is a significant increase in these concentrations as the river flows through the Region of Waterloo from Bridgeport to Blair....Most of the pesticides detected ....were in creeks draining urban development and most of these pesticides were herbicides....Similarly sodium levels ...increase dramatically between Bridgeport and Blair.... Since sodium levels are above 20mg/L, the City of Brantford notifies the Brant County Medical Officer so that this information is passed onto medical practitioners and concerned residents...Water quality in the lower Grand River reflects the cumulative impact of the upstream watershed and the underlying geology. Suspended solids and phosphorus levels in the Grand River at Dunnville are among the highest in the watershed." (1)Ontario's Commissioner of the Environment emphasizes the importance of a watershed-based planning process in his annual report. Overall he notes this glaring deficiency in the planning process: " currently there is no concerted effort to establish sustainable water use cycles as an integral part of land use planning in Southern Ontario communities...The approach used in the GGH Plan reverses the sustainable planning process; it elevates the province’s goal of accommodating population increases – with economic growth as the central driver – over the need to live within ecosystem limits...The GGH Plan proposes urban growth and intensification in watersheds where communities are already struggling with water supply and wastewater treatment issues. These communities will eventually require major upgrades to their water and wastewater infrastructure to accommodate the projected population growth...The province has established population projections for some communities subject to the GGH Plan, before assessing the related water and wastewater infrastructure needs, their associated costs and environmental impacts. This puts the cart before the horse." Key planning principles emphasize the following:
- A community’s health and well being are directly connected to its ability to access adequate supplies of safe, clean water and to effectively treat any wastewater generated.
- This, in turn, depends on putting in place the appropriate infrastructure.
- A community’s watershed must also contain adequate quantities of ground and surface water and the capacity to absorb and assimilate wastewater discharges in order to establish and maintain a sustainable water use cycle.
- Managing groundwater supplies with the understanding that they are inextricably linked to surface
waters, wetlands and aquatic ecosystems.
Intrigued by statistics the commissioner cited, RR went to the Greater Golden Horseshoe (GGH) 2006 plan to crunch some numbers on a watershed basis. The GGH plan allocates growth and the creation of 197,000 new jobs over the next 30 years (to 2031) to five urban centres in the watershed cf. map above. Herewith, RR's stats:
- The provincial forecast is premised on 2001 population statistics of 624,828 total pop Waterloo-Wellington versus actual Stats Can totals of 651,000 = a difference of 25, 172 or overstatement of base population by 4%.
- GGH projects the following population increases in the urban watershed using 2001 base pop @780,000: +14% to 890,000 by 2011; +18% over 2011 to 1,049,000 by 2021; +17% over 2021 to 1,223,000 by 2031. Waterloo Region can expect to absorb most of this growth cf. % increases during this time frame: 15%, 18% and 17%.

Recalculating these stats on a watershed basis produced the following numbers to describe the watershed's urban density expressed as pop/sq km with base year 2001 density at 111.99 persons/sq km: 127.78 (2011), 150.61 (2021), and 175.59 (2031).- Using 20% of total watershed to calculate area to undergo intensification = 1,393 sq km of watershed @ 559.94 pop/sq km in 2001 base year provides this "growth" scenario: by 2011, 14% increase to 638.9 persons/sq km; by 2021, 235% increase to 1,873.41 pop/sq km; by 2031 another 242% increase to 1,914.20 persons/sq km.
- 2001 Stats Can figures provide the following comparison: Wellington County @ 2,657 (38% of watershed) had 70.5 pop/sq km density in 2001; Region of Waterloo @ 1,369 sq km (20% of watershed) had 320.4 pop/sq km density in 2001.
- City of Kitchener planning stats? in 2001, 187,990 pop over 133.23 sq km = 1,411 pop/sq km density.
In antiquity, "the agency or medium of a god," also "the place where such divine utterances were given."
This sense is attested in Eng. from c.1400.
Notes: *per report: "Land use including intensive agricultural production, urban development and wastewater treatment plant effluents likely contribute to the degradation in water quality....Spills and wastewater treatment plant bypasses are a significant threat to downstream water users in the Grand River watershed. They represent an acute and immediate impairment to water quality that can compromise drinking water treatment."
** Region operates on split system; hence, important to include costs of the lower-tier government as well. City of Kitchener 2008 budget has allocated: 1) $7,933,000 to upgrade the Grand River South sewage facility; +
2)$ 4,350,000 to upgrade the Victoria Street North sewage pumping station = total cost of $12,283,200. Costs just keep adding up, don't they? how many more bridge crossings? highway construction? do note: Highway 7 is being widened to four lanes between Kitchener and Stratford...and.....and....RR just can't keep up with the costs to pay for all of this growth.
a prophecy (usually obscure or allegorical)
revealed by a priest or priestess;
believed to be infallible
Sources: (1) GRCA, Water Use in the Grand River Watershed, April 2005; (2) cf. previous blog for link to Environmental Commissioner's report.
Labels: Grand watershed, water
21 January 2008
ecological footprint

How to measure growth and progress? Gord Miller, Ontario's Commissioner of the Environment, points us towards three basic concepts:
- the ecological footprint defined as “…the land (and water) area that would be required to support a defined human population and material standard indefinitely.”
- carrying capacity defined as the “maximum population size of a given species that an area can support without reducing its ability to support the same species in the future.”
- overshoot – “growth beyond an area’s carrying capacity, leading to crash" **
As well, the commissioner is highly critical of GGH*: "The GGH Plan proposes urban growth and intensification in watersheds where communities are already struggling with water supply and wastewater treatment issues. These communities will eventually require major upgrades to their water and wastewater infrastructure to accommodate the projected population growth...The GGH Plan establishes five urban growth centres within the Grand River watershed: downtown Guelph, uptown Waterloo, downtown Kitchener, downtown Cambridge and downtown Brantford ...The province has established population projections for some communities subject to the GGH Plan, before assessing the related water and wastewater infrastructure needs, their associated costs and environmental impacts. This puts the cart before the horse."
Notes: *GGH refers to two pieces of legislation affecting planning and growth: Places to Grow Act (2005) and Greater Golden Horseshoe Growth Plan (2006);
** Have we experienced our first (?) ecosystem crash? cf previous blog about weather: heavy snowfall followed by January rains and mild weather led to 1) flooding and 2) raw sewage overflows into the Grand River shutting down water supplies to City of Brantford, Ohsweken, and Caledonia-- Region also draws 25% of its water supply from Grand River although no mention was made as to whether the Hidden Valley water intake pipe was shut down.
===> How different is our water situation from that experienced by the Kashechewan First Nation: a) repeated floodings: " Kashechewan declared a state of emergency on 22 April 2005. Spring thaw flooding has caused damage to their water treatment plant. The community has experienced damage to 39 homes and to the town’s water supply. The residents affected were evacuated to Moosoneee on 23 Apr 2005." (<=== this actually is annual event); b) tainted water supply led to mass evacuation the following year. Up north, whatever sewage spilled into the Kashechewan river would have been washed right back upstream by the daily tide. Down south in this watershed, we just assume that as our sewage flows downstream into Lake Erie, we folks upstream are safe and secure. Photograph copyright Sandamara Images 2004: Grand River flowing past Grand Valley: at this point the river's water quality is excellent; by the time, it has passed through the tri-cities (Waterloo, Kitchener, Cambridge), the water quality is rated poor.
Labels: aboriginal, Grand watershed, land use, water
12 January 2008
third thaw
A third? mid-winter thaw? Yes, gentle reader, as Rambling Rose is diarizing local weather patterns. A long time ago, a local farmer advised that winter's onset and spring were separated by seven thaws. Does this bit of folk wisdom apply in 21st century coming to grips with global climate warming? Of late, weather forecasters and reporters have started to speak of wild and wacky weather. These new weather patterns appear to involve higher temperatures with accompanying periods of drought and risk of flooding.titled Neglecting Our Obligations, warns
the province has no strategy to ensure bridges, dams, sewage treatment plants, drainage systems and power lines can withstand
the effects of climate change.
"Our infrastructure is designed for a climate that is no longer our climate...
We must recognize that and begin to adapt." (12)
Summer 2006 was the second-warmest since 1948 @ 1.4 degrees above normal (1998 hottest so far nationally) with Region 1.2 degrees above normal(1) with longer drier warm spells interspersed with severe storms* (2) & increased risk of flooding (3). In December 2006, GRCA issued a river safety advisory & noted Jul to Oct 06 was fourth wettest period in 66 years. (4)- In practical terms, cf. the news report of one heavy rainstorm in Cambridge September 2006 measured at 90mm/90minutes (total 3.5 inches) which flooded Groff Creek and washed out sidewalks. As well, a storm water management (SWM) pond failed. Grand River water levels surged five-fold during this flash rain storm. In 2005, a similar weather occurrence required repairs @ $140,000. ** (5) RR has no notes regarding winter 2006-07; two distinct memories: a) winter/ first real snowfall arrived late, in mid-January 2007; b) RR's constant weather worry was that insufficient snowfall would lead to a summer 07 drought.

From her files the following reports:
The month of June 07 had 50 millimetres less rainfall than average. The Grand River Low Water Response Team put the Upper Speed River above Guelph Lake and Whiteman's Creek near Brantford on alert. Per GRCA spokesperson, "The water levels there are quite lowless than 50 per cent of the normal summer levels." (6) Even more worrying was the following comment: "Some of the waters and streams that were doing OK because they were fed by groundwater*** are drier this week," he said. "They've started to drop as well." (7)
Other news reports examined how local growers and farmers were being impacted by the drought i.e. " an invisible disaster unfolding: the ground is parched, the trees are suffering, the crop yield significantly lower. The land is so parched, it would take a week of steady rain to filter through the hard earth. The lack of rain compressed the normal life cycle of the crops. They flowered more quickly, matured faster and had to be harvested at least two or three weeks earlier than usual. Also not good news for transplanted or mature trees.Transplanted trees**** need more than the bucket of water a typical homeowners provides every week. Mature trees on city boulevards are also in trouble: scorched leaves, susceptible to sickness and start to die & susceptible to sickness and start to die." Overall statistic? Precipitation from Jan. 1 through Sept. 17 totalled 367 millimetres cf 650 millimetres = 65 per cent of normal. (8) Noted elsewhere: GRCA had been busy replenishing the rivers with water from reservoirs since May. *****
Flooding is a natural event.
It can improve the Grand by moving sediments,flushing habitats and
clearing out vegetation that chokes the river."--GRCA (9)
Fast forward to this Jan 08 midwinter thaw: " Heavy rain and melting snow from a sudden thaw generated enough water to reach 80 per cent of the flow that drowned downtown Galt in 1974." The GRCA flood control system worked: "reservoirs meant to restrain floodwaters held back half the water. Weather forecasts were reliable. Dikes and flood plains worked. Public warning systems worked, with some glitches. A dry summer and fall drained three major reservoirs.****** This left plenty of room to store floodwaters, which will now be slowly released." (9) Tucked into the same news report is the following information: Waste treatment plants, overwhelmed by stormwater, had to drain partly-treated sewage into the watershed, to avoid flooding basements....Brantford closed intake valves downstream, to keep waste and sediments out of its drinking water." (8)
Locally, residents were more concerned about potholes; the impact of this region's rapid growth on Brantford's water supply continues to be conveniently ignored. Potholes, RR learned, are applied physics: "Water gets into the subsurface below the pavement, often through cracks, and expands as it freezes. ...Often water distributes itself unevenly through the subsurface...some areas expand more than others....When the ice melts, the pavement contracts and weakens...add heavy vehicles and the weak spot becomes a hole." (9) Here and there, local streets flooded as sewer grates were blocked by last year's leaves. (10) still to come? burst watermains
its toll on the road system”-- Scott Berry, City Kitchener Maintenance Operations (9)
By keeping buildings out of flood plains,
rivers can flood their banks without fear of property damage or personal injury.
Wetlands play an important role during heavy rains by absorbing large amounts of water and releasing it slowly.”–Joe Farwell, GRCA (11)
Notes: *note during Aug 06 upstream reservoirs supplied 71% water to central corridor; ** same report advises that using closed road voids insurance; *** note drought's impact on groundwater; as we were going through this dry spell, RR attended regional workshop on quantity and quality of water supply; two recognized experts opined that we have an abundance of groundwater but a shortage of infrastructure to tap and distribute same; **** City of Waterloo started running newspaper ads asking their residents to water the City's boulevard trees; ***** significance? a) Cities of Brantford and Caledonia are 100% dependent on Grand River for municipal water supply; b) treated sewage moves into Grand River and requires vast volumes of water to prevent contamination of our water supply; ****** interesting detail: as GRCA indicated there was water left in all reservoirs at end of 2007 drought;
Sources: (1)CP, Summer 06 second warmest on record books, The Record 13 Nov 06; (2) Bob Burtt, Authority confronts climate change, The Record 28 Aug 06; (3)Lianne Elliott, “Rain, rain not going away,” The Record 17 Nov 06; (4) Bob Burtt, Grand River could flood in some low-lying areas,” The Record 2 Dec 06; (5) Kevin Swayze, Retired climatologist forecasts extreme weather, The Record 21 Sept 06; (6) Jennifer MacMillan, “Illegal watering of lawns rises during dry spell,” The Record 05 Jul 07; (7) Jennifer MacMillan, DRY TIMES HITTING FARMS HARD, The Record 04 Jul 07; (8)RAVEENA AULAKH No indication a saving rain is on the way, The Record undated; (9)JEFF OUTHIT Flood plan pays off The Record January 12, 2008; (9)Brent Davis, A perfect recipe for potholes, The Record 11 Jan 08; (10)Kerry Gorman, Gutters were clogged with last fall’s leaves, letter to editor 11 Jan 08; (11) Bob Burtt, Authority confronts climate change, The Record 28 Aug 06; (12) CP Toronto, Ontario is failing to adapt to climate change: watchdog,” The Record 4 Oct 06;
Labels: climate change, Grand watershed
06 January 2008
heritage barns: counting public losses, private gains








All photos copyright Sandamara Images 1984-2007. Clockwise top L to R: 1. Bleams Road barn at risk of demoltion; part of an aggregate pit;*** 2. Neo-Georgian estate house located on Kitchener's historic ridge lands; 3. 1830 driveshed that the estate house owner is proposing to convert to a coachhouse that will resemble the Neo-Georgian estate house on property with south-facing deck to be added; 4. Schoerg bank barn ruins now owned by City of Kitchener and ruins to be feature of historic ridge park/community trail system; 5. Schoerg bank barn being dismantled by Kieswetter Demoltion for resale by its Timeless Materials division, December 2004; 6. Betzner barn prior to demolition by City of Kitchener; the stone foundation walls are to be parallel ruin structure to match the adjacent Schoerg barn ruins; 7. Erbsville Road red and white Pennsylvania bank barn since demolished to accommodate City of Waterloo urban sprawl; 8. The Elam Martin farmstead with Georgian farmhouse and Penssylvania bank barn have been saved in RIM Partk for the enjoyment of Waterloo residents.
Grand Magazine profiled a unique home in Kitchener's Deer Ridge whose beauty and wonder lies in its authentic post and beam construction (1) featuring reclaimed heritage fabric from Timeless Materials, Waterloo ON:
hand- picked vertical pine posts and immense interlocking douglas fir beams held together by wood joinery and pegs;interior doors reclamed from a Georgetown estate; another old ornate door from Quebec;four-inch douglas fir floorboards;two-storey staircase: hemlock steps, douglas fir railings;an antique church pew.
From the Timeless Materials website:
- "In Ontario`s old barns and factories that are in need of dismantling, old, first and second growth hardwoods and softwoods become available for re-use in a number of ways....Timeless always has an inventory of timbers on hand, from the classic antique look of the hand-hewn barn beams, to structural douglas fir timbers from the factories which sometimes are found in sizes as large as 24" x 24"!...
- Handhewn timbers are very sought after today. The textured face showing the work of skilled axe men of a century and a half ago is hard to beat when used in a rustic retreat or new-home accents. Softwood
Woods of our area such as White Pine, Red Pine, Tamarack, Spruce and Hemlock are common in these barns. Although lighter in weight than the hardwoods, they can be more desirable for structural purposes because of their natural tendency to have reduced exposure to insects - unlike hardwood such as maple or beech.
Some barns provide very nice hardwood timbers. In many areas, the hardwood beams were the wood of choice because of availability. Some barns here have been found with every timber in Black Ash! Common is the Elm … known to the old timers simply as barn timber. Due to the onslaught of the Dutch Elm Disease years ago, the best supply of sizable Elm for products such as flooring is found mainly in the barns. Douglas Fir, Yellow Pine, White Pine and Hemlock are the woods derived from these structures. This timber is much sought after now. With it`s tight annual rings and rich salmon hue, Douglas Fir is reused in all kinds of projects; timber for timber-framing, flooring, trim-work, stair-parts, etc. A thought to consider when planning which type of timber to select for a project; unlike barn timbers, factory timber did not have pocketed joints and therefore are usually available in FULL timber form.....Rough Sawn
Right from sawmill to building, showing the patterned effect of the mighty circular saw blade of years ago, rough sawn has a textured surface differing from the hand-hewn.Probably the most recognizable antique lumber product, barnboard can be found found in the basements of countless 1970`s renovations, this product could be the basis of many finished items from flooring to furniture. Typically found in two species types of softwoods, Pine and Hemlock. Each with their own character, but usually in an abundance of warm rich colours when the patina or inside face is hit with tongue or linseed oil. The exterior weathered gray face is a desirable look on its own, and sometimes the painted surfaces are perfect as is. But when you flip the wallboard around (if it has not been exposed to the weather), there you find the rough sawn texture, the saw markings and the rich patina that only years can give to a board. It`s great for furniture building. "
From RR's notebooks, random jottings re this lost heritage: - "PEIL...advised that [its]client intended to renovate the exterior of the house and driveshed...supported in principle maintaining a continuous ridge with no new housing on the ridge...clarified that the barn on the Betzner property was to be removed. .... & [city staff] ....commented on the preservation of the Betzner house and the barn foundation."---Kitchener DTS report-03-120 dated 11 August 2003
- [JHS, owner of Schoerg barn] added that the request for expansion of the designation to include the floodplain lands is an indication that the City places greater significance on the lands. [He] added that staff have no plan for the barn and stated that, even if acquired, he believed the City would demolish the structure** given it intends to take similar action with a barn [i.e. the Betzner barn, photo above] on the adjacent subdivision." --City of Kitchener Council minutes 13 December 2004
- [City of Kitchener Director of Planning]: "When the demolition of the barn commenced, at that point I felt it was necessary to inform Council that, in our efforts to acquire ownership of the barn site, it was very possible that we would not find an appropriate use for the barn and might conclude that we would choose to remove the superstructure and retain the foundation as an 'interpretative feature' like a lookout comparable to what has been proposed with the Betzner barn on the adjoining property."--Dave Sim, Taking Down the Schoerg Barn, XEN 11 February 2005
- Council allocates $70,560 plus taxes to purchase Schoerg barn materials * from Timeless Materials in order to preserve heritage.-- City of Kitchener Council minutes 11 April 2005
Notes: * equal to 20% of total materials that had been offered free of charge to City by JHS at onset of dismantling the barn: wasted taxpayer dollars to purchase scraps of lumber after the best portions had already been sold privately!
**hindsight proves the JHS observation to have been remarkably prescient and that the company is owned by an astute businessman. If this City has lost a priceless heritage, the responsibility rests with the City and not the developer. Sad but true.
*** Other City of Kitchener barns slated for demolition? three to accommodate the Becker Estates subdivision east of intersection of Fischer-Hallman and Huron Roads. The Becker bank barn could be saved as part of a Cultural Heritage Landscape provision; however, Community Services advised the developer that the City has no desire to locate a community park immediately adjacent. Next? a few years down the road? Community Services will determine a need for a Community Centre--but too late as the barn that could have been adapted for such a potential re-use will have been dismantled by Kieswetter/Timeless and the lumber sold to private buyers in Canada and the United States. Unless local residents with vision speak up now before it is too late.
Sources: (1) Leah Scully, Grounded in nostalgia: Timberframe home's beauty is pegged on fine craftsmanship, Grand Magazine, 29 June 2006:
Labels: barns, built heritage
04 January 2008
vanishing without a trace

New year's greetings, gentle reader. This week's post will appear in fits and starts between other more pressing commitments. First photo is of a Swiss bank barn structure with silos still to be found on New Dundee Road, on the south North Dumfries Township portion of this regional road.
- The Architectural Conservancy of Ontario (ACO) put its spotlight on the barn issue* in the fall 2007 ACORN publication. Herewith a summary of key points made by Leanne Piper in her article, "Our Rural Cathedrals":
- The loss of Ontario's heritage barns, silos, drivesheds, milk houses and farm houses can be attributed to these factors: age, urban sprawl, modernization i.e. intensification of agriculture, and the booming architectural salvage market ( hand-hewn timbers and barn boards)**
- "Very few municipalities have by-laws or procedures to protect barns, etc....Demolition control by-laws generally exempt accessory or outbuildings and only a select few barns appear on municipal heritage registers in the province."
- Essential reading: Eric Arthur & Dudley Whitney, The Barn (1972); Jon Radjokovic, Barn Building: The Golden Age of Barn Construction (2007); R$ L Sommer, The Ultimate Book of Historic Barns, Thunder Bay Press (2000);
- "Hand-hewn square logs, laid horizontally for walls, have dressed surfaces of more than a metre in height; massive timber beams can exceed 20 m (65 ft) in length. Boards used for siding can reach widths of 30 cm. or more." Current uses of this salvaged lumber? antique flooring, vintage siding, and exposed beams
- According to Wood Source, a salvage firm in Manotick, ON: "The demand is phenomenal; we're probably working on between 8 and 12 huge tractor-trailer loads full at a time. And they're heading to all points of the compass."
- the problem of maintaining an old wooden barns? According to Ashcroft, "barns...that held livestock during the winter ...the animals produced enough heat to prevent the ground from freezing. Without them, the annual freezing and thawing of the earth plays havoc with the older structures."
- "Migrating in a pre-nationalistic era, the Mennonites consciously intended to recreate their Pennsylvania lifestyle. In doing so they expressed in their built heritage an architectural legacy that distinguishes Waterloo from other areas of Canada....Although not entirely original as they were modifications of their European experience, distinctive landscape conventions were developed by Mennonites in Pennsylvania, and reproduced in Waterloo...Their barns followed in the pattern of their lesser buildings, taking advantage of the topography and contour of the land, with access to watercourses as important to them as a rigid regularity in the placing of their buildings. It has been suggested that the Mennonite farmsteads may be conceived of as consisting of four quarters, with the barn in the northwest, the manure yard in the southwest, the house in the northeast, and the garden in the southeast. This orientation served a distinct purpose. Wind and cold usually came from the north and west, southern and easterly orientations provided shelter and warmth."
- "Pennsylvania-German farms were also identified by the presence of large banked or vorebay barns...the Waterloo examples more likely date from a later period of the 1850's in Ontario. Sited on a natural sloe, the lower storey of these barns is usually of brick or stone. This storey was used to shelter the livestock and was entered at a lower level, while the upper section remained level with the higher ground. One side of the barn projected over the lower floor to form a forebay or forbau. Although now thought of as typically Pennsylvania-German, they had their origin in Saxony, Bavaria and Switzerland, and were also commonly built by German-speaking Roman Catholic and Lutheran immigrants arriving in Waterloo in mide-century. With the largest concentration of Pennsylvania or forebay bank barns in Ontario, this aspect of the community's historical tradition is a dominant feature of its built heritage.
- Examples of local heritage barns: 1) City of Waterloo RIM Park Elam Martin Farmstead--German Mennonite Bank Barn; 2) City of Kitchener J. Steckle Heritage Homestead--German Mennonite Bank Barn; 3) City of Cambridge Cruickston stone slit barn ca 1860 (Scottish Full Stone Barn)
- Notes: *most were built 1860-1910 when economy was still agrarian-based and experiencing economic prosperity; **locally Timeless Materials, an architectural salvage company, has located its sales centre in an extra large bank barn in North Waterloo.
Labels: barns, built heritage
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