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Fish factory

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A fish factory, also called a fish plant or fish processing facility, is a facility where various fish processing is performed.

Remains of an ancient garum fish factory at Baelo Claudia, in Spain. This Spanish garum was exported to Ancient Rome.
Women working with stock fish in a fish factory in Kirkjusandur, Reykjavik, Iceland, around 1910-1920.
Women working in a modern fish factory in Halteyri, Iceland.
Floating fish processor Atlantis.
See also
Factory ship
Cannery Row
Reference
Garrity-Blake, Barbara J (1994) The Fish Factory: Work and Meaning for Black and White Fishermen of the American Menhaden Industry University of Tennessee Press. ISBN 978-0870498565
External links
The fish factory
This industry-related article is a stub. You can help Wikipedia by expanding it.

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Categories: Industry stubs | Fish processing(and so on)

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Silverwood Heights, Saskatoon

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Silverwood Heights
ity of Saskatoon neighbourhood
Silverwood Heights location map
Coordinates: 5210?48?N 10637?22?W? / ?52.18 106.62278? / 52.18; -106.62278
Country
Canada
Province
Saskatchewan
City
Saskatoon
Suburban Development Area
Lawson
Neighbourhood
Silverwood Heights
Settled
1907
Annexed
1975-1979
Construction
1971-1990
Government
-Type
Municipal (Ward 5)
-Administrative body
Saskatoon City Council
-Councillor
Gordon Wyant
Area
-Total
3.71km2(1.4sqmi)
Population (2006)
-Total
11,801
- Average Income
$81,772
Time zone
UTC (UTC-6)
Website
Silverwood Heights Community Association
Silverwood Heights is a mostly residential neighbourhood located in north-central Saskatoon, Saskatchewan, Canada. It is a suburban subdivision, composed mostly of single detached dwellings and some multiple-unit apartment and semi-detached dwellings. As of 2006, the area is home to 11,801 residents. The neighbourhood is considered a middle to high-income area, with an average family income of $81,772, an average dwelling value of $194,848 and a home ownership rate of 78.5%. By land area and population, Silverwood Heights is the largest subdivision in Saskatoon.
Contents
1 History
1.1 Beginnings
1.2 Factoria
1.3 Later years
2 Government and politics
3 Institutions
3.1 Education
3.2 Public Services
4 Parks and recreation
5 Commercial
6 Industrial
7 Location
8 References
9 External links
//
History
Beginnings
The land that is now occupied by Silverwood Heights was originally owned by a number of parties. They included an 1891 grant to the Temperance Colonization Society, who established the first permanent settlement in the Saskatoon area (Nutana); a farmer from Great Britain, John Malcolm Mark, who obtained land for a homestead in 1900; and Cleeve W. Taylor, another homesteader.
William Alexander "Billy" Silverwood arrived in Saskatoon from Ontario in about 1907 and bought land two miles (3 km) north of the city limits. A livestock dealer by occupation, he built a large barn on his land (known as the Silver Springs Farm) to house his horses and cattle. By 1911, he opened the Silverwood Springs bottling plant, using spring water found on his farm. Saskatoon did not yet have a safe drinking water supply, and deaths caused by typhoid fever from contaminated well water were common. Until the city completed its own filtration system, Silverwood's bottled water was a popular commodity.
Factoria

Remains of the Silverwood Barn
The natural spring water of the Silverwood farm attracted the attention of Robert E. Glass, a businessman from Chicago. He bought 470acres (1.9km2) of land from Billy Silverwood, took over his bottling plant and intended to establish a brewery. While the brewery was never built, Glass had even bigger plans. An article in the November 9, 1912 Daily Phoenix newspaper not only announced his purchase of the Silver Springs Farm, but also his intentions to establish an industrial city called "Factoria" on the site. It was promoted as having as having abundant natural resources - water, limestone, sand and clay - to support a variety of manufacturing ventures.
By 1913, several businesses had set up shop in Factoria. They included a flour mill, a farm implement dealer, two brick factories, a hotel and restaurant. A CN Railway spur line had been extended to the site, and there were plans to incorporate as a village and to build a school and post office. However, the business owners were unable to pay for electricity to be supplied to the site, and by 1914 the economic picture turned sour. Outside capital (mainly from Britain) that fueled the prewar boom had evaporated in the lead-up to World War I. Banks responded by putting a freeze on credit, which severely curtailed investment.
Glass's grandiose dream of an industrial city had failed, and most of Factoria's businesses closed within a few years. The once-lucrative bottling plant had closed by 1914; by then, the city had constructed its own filtration system, and runoff from Silverwood's livestock operation had contaminated the spring water. Both the Factoria Hotel and Factoria Restaurant were gone by 1915. The Northern Brick, Tile & Supply Company was struck from the province's register of companies in early 1916.
By April 1918, the sought-after power line was finally completed. The new owners of the Northland Milling Company flour mill, Interprovincial Flour Mills Ltd., paid the $4500 cost to secure the line. Saska Manufacturing Company (later Jackson Machines Ltd.) continued to operate until 1923. The flour mill outlasted all its neighbours; it...(and so on)

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Photomorphogenesis

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Photomorphogenesis
Light has profound effects on the development of plants. The light-mediated changes in plant growth and development are called photomorphogenesis. The most striking effects of light are observed when a germinating seedling emerges from the soil and is exposed to light for the first time.
Normally the seedling radicle (root) emerges first from the seed, and the shoot appears as the root becomes established. Later, with growth of the shoot (particularly when it merges into the light) there is increased secondary root formation and branching. This coordinated progression of developmental responses are early manifestations of correlative growth phenomena where the root affects the growth of the shoot and vice versa. To a large degree, these coordinated differential growth responses are hormone mediated.
In the absence of light, plants develop an etiolated growth pattern. Etiolation of the seedling adapts it to emerging from the soil.
Comparison of dark-grown (etiolated) and light-grown (de-etiolated) seedlings
Etiolated characteristics De-etiolated characteristics
Distinct "apical hook" (dicot) or coleoptile (monocot)
No leaf growth
No chlorophyll
Rapid stem elongation
Limited radial expansion of stem
Limited root elongation
Limited production of lateral roots
Apical hook opens or coleoptile splits open
Leaf growth promoted
Chlorophyll produced
Stem elongation suppressed
Radial expansion of stem
Root elongation promoted
Lateral root development accelerated
The developmental changes characteristic of photomorphogenesis shown by de-etiolated seedlings, are induced by light. Typically, plants are responsive to wavelengths of light in the blue, red and far-red regions of the spectrum through the action of several different photosensory systems. The photoreceptors for red and far-red wavelengths are know as phytochromes. There are at least 5 members of the phytochrome family of photoreceptors. There are several blue light photoreceptors.
Photoreceptor systems in plants
Red/far-red systems: Phytochrome
Plants use phytochrome to detect and respond to red and far-red wavelengths.
Phytochromes are proteins with a light absorbing pigment attached (chromophore).
The chromophore is a linear tetrapyrrole called phytochromobilin.
The phytochrome apoprotein is synthesized in the Pr form. Upon binding the chromophore, the holoprotein becomes sensitive to light. If it absorbs red light it will change conformation to the biologically active Pfr form. The Pfr form can absorb red light and switch back to the Pr form.
Schematic diagram of phytochrome protein:
Most plants have multiple phytochromes encoded by different genes. The different forms of phytochrome control different responses but there is also a lot of redundancy so that in the absence of one phytochrome, another may take on the missing functions.
Arabidopsis has 5 phytochromes - PHYA, PHYB, PHYC, PHYD, PHYE
Molecular analyses of phytochrome and phytochrome-like genes in higher plants, ferns, mosses, algae, and photosynthetic bacteria have shown that phytochromes evolved from prokaryotic photoreceptors that predated the origin of plants.
Click here to read a brief account of the history of phytochrome research
Blue light systems:
As for the red/far-red system, plants contain multiple blue light photoreceptors which have different functions.
Based on studies with action spectra, mutants and molecular analyses, it has been determined that higher plants contain at least 4, and probably 5, different blue light photoreceptors.
Cryptochromes were the first blue light receptors to be isolated and characterized from any organism. The proteins use a flavin as a chromophore. The cryptochromes have evolved from microbial DNA-photolyase, an enzyme that carries out light-dependent repair of UV damaged DNA.
Two cryptochromes have been identified in plants.
Cryptochromes control stem elongation, leaf expansion, circadian rhythms and flowering time.
In addition to blue light, cryptochromes also perceive long wavelength UV irradiation (UV-A).
Phototropin is the blue light photoreceptor that controls phototropism. It also uses flavin as chromophore. Only one phototropin has been identified so far (NPH1). Phototropin also perceives long wavelength UV irradiation (UV-A) in addition to blue light.
Recent experiments indicate that a 4th blue light receptor exists that uses a carotenoid as a chromophore. This new photoreceptor controls blue light induction of stomatal opening. However, the gene and protein have not yet been found.
Other blue light responses exist that seem to function in plants that are missing the cryptochrome, phototropin and carotenoid photoreceptors suggesting that at least one more will be found.
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