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This seismogram is from the Villa Florida seismic station in Paraguay. The noise is from a magnitude 5.6 earthquake in northern Argentina that hit at 7:40 AM, local time, on 27 December 2025. The epicenter was about 37 kilometers northwest of the town of Añatuya, Argentina. The hypocenter was between 585 and 590 kilometers deep (below sea level), a considerable depth - such events are called "deep focus earthquakes". Shaking resulted from vertical movement along a subvertical, northwest-southeast striking fault zone or from oblique normal faulting along a low-angle, ~northeast-southwest striking fault zone.
--------------------------------
Info. from the United States Geological Survey about this zone of deep-focus earthquakes:
. . .
Earthquakes can also be generated to depths greater than 600 kilometers as a result of continued internal deformation of the subducting Nazca Plate. Deep-focus earthquakes in South America are not observed from a depth range of approximately 300 to 500 kilometers. Instead, deep earthquakes in this region occur at depths of 500 to 650 kilometers and are concentrated into two zones: one that runs beneath the Peru-Brazil border and another that extends from central Bolivia to central Argentina. These earthquakes generally do not exhibit large magnitudes. An exception to this was the 1994 Bolivian earthquake in northwestern Bolivia. This magnitude 8.2 earthquake occurred at a depth of 631 kilometers, which was until recently the largest deep-focus earthquake instrumentally recorded (superseded in May 2013 by a magnitude 8.3 earthquake 610 kilometers beneath the Sea of Okhotsk, Russia), and was felt widely throughout South and North America.
--------------------------------
Info. at:
earthquake.usgs.gov/earthquakes/eventpage/us7000rl1p/exec...
and
en.wikipedia.org/wiki/Deep-focus_earthquake
--------------------------------
An earthquake is a natural shaking or vibrating of the Earth caused by sudden fault movement and a rapid release of energy. Earthquake activity is called "seismicity". The study of earthquakes is called "seismology". The actual underground location of an earthquake is the hypocenter, or focus. The site at the Earth's surface, directly above the hypocenter, is the epicenter. Minor earthquakes may occur before a major event - such small quakes are called foreshocks. Minor to major quakes after a major event are aftershocks.
Most earthquakes occur at or near tectonic plate boundaries, such as subduction zones, mid-ocean ridges, collision zones, and transform plate boundaries. They also occur at hotspots - large subsurface mantle plumes (Examples: Hawaii, Yellowstone, Iceland, Afar).
Earthquakes generate four types of shock waves: P-waves, S-waves, Love waves, and Rayleigh waves. P-waves and S-waves are body waves - they travel through solid rocks. Love waves and Rayleigh waves travel only at the surface - they are surface waves. P-waves are push-pull waves that travel quickly and cause little damage. S-waves are up-and-down waves (like flicking a rope) that travel slowly and cause significant damage. Love waves are side-to-side surface waves, like a slithering snake. Rayleigh waves are rotational surface waves, somewhat like ripples from tossing a pebble into a pond.
Earthquakes are associated with many specific hazards, such as ground shaking, ground rupturing, subsidence (sinking), uplift (rising), tsunamis, landslides, fires, and liquefaction.
Some famous major earthquakes in history include: Shensi, China in 1556; Lisbon, Portugal in 1755; New Madrid, Missouri in 1811-1812; San Francisco, California in 1906; Anchorage, Alaska in 1964; and Loma Prieta, California in 1989.
In specific, Holy Week is the week just before Easter that extends from Palm Sunday until Holy Saturday and marks the last week of Lent. It has earned the name 'Holy', according to the Orthodox Church, due to the significant events that take place for Christianity in regard to the sufferings of Jesus Christ.
Saturday evening is filled with the anticipation of celebrating Easter Sunday. In some areas, people begin to gather in the churches and squares in cities, towns and villages by 11pm for the Easter liturgies. A few minutes before midnight, all the lights are turned off and the priest exits the altar holding candles lit by the Holy Light, which is distributed to everyone inside and outside the church. At midnight, the priest exits the church and announces the resurrection of Jesus. Many people carry large white candles called lambada, and the church bells toll as the priests announce “Christ is Risen!” at midnight. Each person in the crowd replies with a similarly joyous response.
(HGM 2001.2.4 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1401 Empress" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Alexandrite" refers to a famous and desirable type of colored glass that Heisey produced, with neodymium oxide (Nd2O3) as the coloration agent. The color of the glass changes under different lighting conditions.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Alexandrite: 1929-1935. A dichromatic glass showing lavender with ruby tints under natural and incandescent light and a strange green-lavender under fluorescent light. Purportedly Heisey's most expensive production color.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
heiseymuseum.org/gallery/heisey-alexandrite/
and
www.20thcenturyglass.com/glass_encyclopedia/neodymium_glass/
David Horvitz gave me this many photographs one day without any specific instruction. He told me to give it to anyone, or keep it. I thought about best way to distribute it. I'm willing to send them to strangers for free. I've been sending about three photographs per mail.
I send photographs within few days of getting an inquiry via email. I do ask for few dollars to cover the cost of shipping, but I send them regardless of donation. While this is not a good business model, maybe it can be an experiment in creating alternative economy around art objects. Not the kind of currency based on scarcity and commodity, but the kind based on community and appreciation. I will keep record of spending related to the project, and see if donation makes up for the expense at the end. I'd like to distribute other artist's work too, but maybe with different strategy.
Taeyoon choi. postpostoffice@gmail.com
The white line from the nose tip to the eye is specific for this species. This large salamander is often found wandering on the streets during a wed raining night hunting preys.
This shot is a scanned slide from one of my older Appalachian trips.
via
Find Paxil lawyer in Tazewell Virginia 24651. Sick or hurt because of Paxil? Free Consultation to talk about your accident claim.
Big pharma has failed to warn people of side effects of many medications that are causing medical complications in people throughout the world. And billions of dollars are set aside in”class action” lawsuit settlements for people hurt by those specific medications due to greed and negligence.
(Note:Legal costs are based on a “contigency basis”. That “If we don’t win your case, you pay nothing!”)
Paxil: Product Liability Lawsuits | How Injury Compensation Works
Pharma drugs and medical device injury claims or lawsuits involve a special kind of law known as product liability law.
Drug and device manufacturers, distributors and hospitals and medical professionals have a civic duty to foresee potential risks and deliver products that are free of defects. Plaintiffs can file for liability caused by product defects. Dangerous drugs and faulty medical devices account for much of the claims.
Breaking News…Top Drug Lawsuits
List of drugs below…
Accutane, Actos, Ambien, Aredia, Baycol, Benicar, Byetta, Celebrex, Celexa, Depakote, Fen Phen, Fosamax, Effexor, Lipitor, Paxil, Lexapro, Pradaxa, Prozac, Resperdal, Vioxx, Zoloft, Xeralto, Yaz
Drugs and Medical Devices Liability Injury Lawsuits Goes into 3 Broad Categories:
Design Defects – These are cases where the liability is foreseen prior to manufacturing the product. The pharma company {could have avoided any harm if they would have changed the product|may be able to avoid or reduce the injury by changing the way the product is made
Call a Product Liability Attorney for a consultation about filing a claim and the compensation that may be available.
Marketing Defects – These are cases where the drug maker give bad instructions or warning labels to warn citizens about about a faulty drugs known hazards.
Manufacturing Defects – Lawsuits where marketing and design were done properly, but but detoured wrong during the process of making the drug that leads to a faulty medicine.
Drug and device liability claims may fall under any of these cases. If a product has any of these defects, the drug maker could be liable for any resulting injuries.
Compensation Amount include:
Continuous medical treatment treatment for your injuries, including medical expenses
Loss of loved ones
Lost earnings
Reduced quality of life
Suffering and Pain
Funeral expenses and losses related to the death of a loved one
Hire an experienced Paxil Lawyer to represent your case. They are the legal pros that can get you the compensation that you deserve.
Paxil Product Liability: What Am I Up Against?
While product liability is a big category, there are lawyers that specialize in drug and device lawsuits. Product liability lawyers can help with your injury claim in a number of ways. Product liability lawyers can explain legal rights and possible decisions I would have to make in the event of drug or device recalls.
They can evaluate the possibility of a lawsuit and file the injury claim on behalf of the plaintiff. After filing a lawsuit, the Paxi lawyer can consider negotiating a settlement in the injury lawsuit or take it to court.
Tip: Injured by a Medicine or Medical Device? You may be able to file a Paxil lawsuit.
Product liability laws may vary depending on Virginia laws and the product, and there is a limited time to file called a “Statute of Limitations” (SOL). Depending on Virginia laws where the client lives the SOL may vary. The time limit may start from the date of surgery, injury or when the plaintiff realized the product caused their injury.
Questions to Ask a Paxil lawyer.
Device and pharmaceuticals litigation, there is typically “No FEE” for a consultation. These types of injury cases are also on a contingency fee agreement. This means not a red cent will be charged unless they court ordered a injury claim or jury verdict.
A Paxil class-action lawsuit involves similar claims of illness by a group of people injured by one or more common defendants. Rather than go it alone, the plaintiffs choose to join others in a class action.
A plaintiff acts as a leader for a much larger group of injured people. After filing a accident claim in Virginia or federal court, the lead plaintiffs — also called class representatives ask the court to certify the lawsuit as “class action”.
The decision to determine whether court considers it as “class action”:
There are enough claims to warrant resolving them in a single lawsuit.
Similar facts of the complaints.
The lead plaintiffs’ claims are typical for the class.
The named plaintiffs fairly represent the interests of the class.
A court is not required to certify a class or approve a settlement. Even if the plaintiffs and defendants are in agreement, the court can refuse to certify a class or reject a settlement if it doesn’t fix the class members’ claims.
When the parties reach an agreement, their attorneys develop a plan for notifying potential class members and settling claims. Once the court approves the settlement, lawyers notify potential class members of their opportunity to file for a claim for a percentage of the settlement if they meet eligibility requirements.
Plaintiffs are not required to participate in class action lawsuits even if they meet all of the criteria. People who do participate will lose their right to file an individual lawsuit about the tort in the future, no matter the outcome of the injury claim against Paxil. People who don’t want to participate will keep their right to file an individual lawsuit and may have more input into a settlement.
Paxil lawyers don’t usually recommend class actions because severely injured plaintiffs may not have access to larger court settlements because plaintiffs get the same compensation regardless of each individuals physical condition.
U.S. Top Medicine Lawsuits
Fosamax, Effexor, Lipitor, Paxil, Lexapro, Pradaxa, Prozac, Resperdal, Vioxx, Zoloft, Xeralto, Yaz
Accutane, Actos, Ambien, Aredia, Baycol, Benicar, Byetta, Celebrex, Celexa, Depakote, Fen Phen
Resources:
Paxil lawyer in Tazewell Virginia 24651
en.wikipedia.org/wiki/Product_liability
auto accidents
from Injury Lawyer 360 injurylawyer360.com/paxil-lawyer-in-tazewell-virginia-24651/ injurylawyergazette.tumblr.com/post/161477722002
To Share a Photo on Social Media:
1. Click on the set you would like to browse
2. Click on a specific photo
3. Click on the square with an arrow coming out on the ride lower side of the screen
4. Click on the Facebook icon in the popup window
4. Follow instructions in pop-up window
To Download a Photo:
1. Click on the set you would like to see (Awards, Pre/Post Race, Finish, etc.)
2. Click on a specific photo from the set
3. Click the three bubbles on the right side of the screen which is next to the square with arrow coming out.
4. Click the photo sizes you would like and then click download.
To Share a Photo on Social Media:
1. Click on the set you would like to browse
2. Click on a specific photo
3. Click on the square with an arrow coming out on the ride lower side of the screen
4. Click on the Facebook icon in the popup window
4. Follow instructions in pop-up window
To Download a Photo:
1. Click on the set you would like to see (Awards, Pre/Post Race, Finish, etc.)
2. Click on a specific photo from the set
3. Click the three bubbles on the right side of the screen which is next to the square with arrow coming out.
4. Click the photo sizes you would like and then click download.
In specific, Holy Week is the week just before Easter that extends from Palm Sunday until Holy Saturday and marks the last week of Lent. It has earned the name 'Holy', according to the Orthodox Church, due to the significant events that take place for Christianity in regard to the sufferings of Jesus Christ.
Saturday evening is filled with the anticipation of celebrating Easter Sunday. In some areas, people begin to gather in the churches and squares in cities, towns and villages by 11pm for the Easter liturgies. A few minutes before midnight, all the lights are turned off and the priest exits the altar holding candles lit by the Holy Light, which is distributed to everyone inside and outside the church. At midnight, the priest exits the church and announces the resurrection of Jesus. Many people carry large white candles called lambada, and the church bells toll as the priests announce “Christ is Risen!” at midnight. Each person in the crowd replies with a similarly joyous response.
This site specific installation demonstrates the possibilities of sculpted handmade paper.
Part of Altgeld Sawyer Corner Farm has been sowed with plant fibers to be used for handmade papermaking.
This event is a collaboration between mixed media artist, JE Baker and artist/community organizer, Shayna Cohen.
The garden has been partially funded by the Aiko’s Fellowship, and Cohen has been recognized by Chicago Artists’ Month 2009 as a featured artist for her efforts growing papermaking fibers.
Photographic techniques capture electromagnetic wavelengths beyond human vision, revealing features invisible to the naked eye. These signals are processed into interpretable forms using methods like color mapping.
Pink lacks a specific electromagnetic wavelength, while grey poses a limitation due to its representation of only intensity—a blend of light and dark without spectral specificity. Imaging techniques reliant on spectral variation produce identical results for greyscale images unless non-visible data is present. Deviations from this uniformity may indicate errors, misinterpretations, or unknown phenomena.
Contention persists over analytical debates, including dismissible claims like Van Allen belt dangers and contested evidence of lunar mirrors. The precision of laser reflections targeting a moving 3x3-foot marker on the Moon highlights technical skill but often fails to resolve skepticism. For instance, a 0.1° shift moves a laser spot 670 km across the Moon's surface.
Forensic analysis (2022, 2023) of Apollo 11–17 photographs assessed authenticity claims. Images of humans in space, Earth, and the Moon's distant views were validated, but Moon landing visuals showed variations, suggesting diverse techniques may have replicated certain elements.
PEMi (Photoelectromagnetic Image) software enhances forensic analysis by differentiating natural and artificial light sources, revealing hidden features. Each PEMi-ID links to original sources, ensuring traceability and comparison.
Further exploration is available:
Lehti, A. (2024). The Silence of Inquiry: Forensic Reflections Reveal a Crisis of Perception. figshare. doi.org/10.6084/m9.figshare.28078982
Credits
2022-2025 © Andrew Lehti
1961–2023 © NASA, ESA
Software: PEMi (GitHub: andylehti/PEMi.git)
Explore PEM-I: pemimage.streamlit.app
CC BY-SA 4.0 License: creativecommons.org/licenses/by-sa/4.0/
Research:
Lehti, Andrew (2024). Cognitive Psychology and the Education System. figshare. Collection. doi.org/10.6084/m9.figshare.c.7532079
CC BY-SA 4.0
This work is licensed under the Creative Commons Attribution-ShareAlike 4.0 International License. To view a copy of this license, visit creativecommons.org/licenses/by-sa/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA.
Aus der Serie „Denudation“
Site-specific Performance und Intervention
Hohe Tauern, Großvenediger Juli 2015
Video, Fotografie und Installation
Performance: Markus Wintersberger
Fotografie / Video: Andrea Nagl
Nagl ~ Wintersberger 2015
(HGM 1221 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1485 Saturn" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Zircon" refers to a type of colored glass that Heisey made - in this case, greenish.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Zircon: 1936-1939. A turquoise blue-green. The last color introduced before World War II curtailed the use of color. Revamped and reintroduced later as Limelight.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
(HGM 4354 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1229 Octagon" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Hawthorne: 1927 only. Replaced by Alexandrite. A light purple or lavender shade. Varies quite a lot in tone. Apparently the company had trouble controlling the color, possibly due to their inability to control the flamingo color base.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
Aus der Serie „Denudation“.
Site-specific Performance und Intervention
Hohe Tauern, Großvenediger August 2014
Video, Fotografie und Installation
Performance: Andrea Nagl & Markus Wintersberger
Fotografie / Video: Andrea Nagl & Markus Wintersberger
Nagl ~ Wintersberger 2014 / 2015
Treptow. Aus der Serie „DRAF (Deutsch russisch amerikanische Freundschaft)“
Site-specific Performance und Intervention
Sowjetisches Ehrenmal im Treptower Park, Berlin 2015
Video, Fotografie und Installation
Performance: Markus Wintersberger
Fotografie / Video: Andrea Nagl
Nagl ~ Wintersberger 2015
To Share a Photo on Social Media:
1. Click on the set you would like to browse
2. Click on a specific photo
3. Click on the square with an arrow coming out on the ride lower side of the screen
4. Click on the Facebook icon in the popup window
4. Follow instructions in pop-up window
To Download a Photo:
1. Click on the set you would like to see (Awards, Pre/Post Race, Finish, etc.)
2. Click on a specific photo from the set
3. Click the three bubbles on the right side of the screen which is next to the square with arrow coming out.
4. Click the photo sizes you would like and then click download.
Site specific performances by 3rd year BA dance students, taken place in different locations around the University Campus: John Banks Laboratories, rooftop of the Art & Design building, and science ‘dry’ lab in the MHT building.
date: 3/12/2015
photo by Fenia Kotsopoulou
(HGM 1305 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"2517 Teardrop" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Hawthorne: 1927 only. Replaced by Alexandrite. A light purple or lavender shade. Varies quite a lot in tone. Apparently the company had trouble controlling the color, possibly due to their inability to control the flamingo color base.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
(HGM 5065 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1253 Tricorner" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Marigold" refers to a type of colored glass that Heisey made - in this case, yellowish. One of the ingredients in Heisey's Marigold glass was "sodium uranite", a radioactive sodium-uranium oxide compound.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Marigold: 1927-1928. A brassy, greenish yellow color, very like the marigold flower. A rather unstable glass that sometimes deteriorates. Because of production problems, it was eventually replaced by Sahara.
-----------------------------------
From museum signage:
Marigold
1929-1930
Crazing and breakage is common in pieces of Marigold because of deterioration due to an unstable glass compound.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
(HGM 2007.47.1 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"393 Narrow Flute" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Marigold" refers to a type of colored glass that Heisey made - in this case, yellowish. One of the ingredients in Heisey's Marigold glass was "sodium uranite", a radioactive sodium-uranium oxide compound.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Marigold: 1927-1928. A brassy, greenish yellow color, very like the marigold flower. A rather unstable glass that sometimes deteriorates. Because of production problems, it was eventually replaced by Sahara.
-----------------------------------
From museum signage:
Marigold
1929-1930
Crazing and breakage is common in pieces of Marigold because of deterioration due to an unstable glass compound.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
Site Specific - Galeria Vimondes - Uberlândia -MG
Registros: Núbia Dias
www.flickr.com/photos/nubia-dias/
Julho/2011
Artist Konrad Wyrebek, Communication - Live, performance, site specific installation, Saatchi Gallery London, Konrad Wyrebek
This specific journal was never up for sale on Etsy. It was made as a gift for one of my baby sisters. However, I do plan to make a duplicate of it to sell in the very near future. This one was 8.5"x5.5" and contained 100 sheets of lined 65lb acid and lignin free card stock. It was a very hefty journal that was comfortable to hold, and as it was coptic bound, laid flat to make writing easier.
This image is from Suburban Bird Studios' Etsy shop and is © Carly "Birdie" Tuma 2011.
Site specific performances by 3rd year BA dance students, taken place in different locations around the University Campus: John Banks Laboratories, rooftop of the Art & Design building, and science ‘dry’ lab in the MHT building.
date: 3/12/2015
photo by Fenia Kotsopoulou
Aus der Serie „Sommerfrische“
Site-specific Performance und Intervention
Josefsberg – Ötscher 2014
Fotografie und Installation
Performance: Andrea Nagl
Fotografie: Markus Wintersberger
Nagl ~ Wintersberger 2014 / 2015
Dopo il successo dell’edizione 2021, torna la masterclass di Fine Arts “Sacralità/Sacro – Installazione collaborativa site specific”.
Dal 4 al 12 aprile si è tenuta nuovamente la masterclass di Fine Arts a cura del docente Umberto Giovannini, durante la quale gli studenti hanno realizzato un progetto collettivo “site specific”. L’intento della masterclass è quello di indagare il concetto di “sacro” e di “sacralità”, e di rileggerlo e interpretarlo attraverso l’esperienza della contemporaneità. Si è proceduto quindi in un percorso di indagine iconografica e degli spazi in una visione psico-geografica, con cui entrare nella dinamica dello spazio. L’opera è stata realizzata attraverso il multiplo xilografico e l’installazione è stata collocata all’interno del RUFA Space, lo spazio dell’anima, presso la sede RUFA Pastificio Cerere e nel cuore del distretto di San Lorenzo.
Umberto Giovannini
Professore Ordinario di Arte & Design alla Central Saint Martins, University of the Arts London.
Dopo un triennio in Graphic Communication Design e una laurea in Storia dell’Arte, inizia a lavorare come grafico e incisore. Le sue incisioni, installazioni e libri d’artista sono esposti a livello internazionale. Nel 2009 fonda il centro internazionale per la grafica a basso impatto ambientale Opificio della Rosa. È presidente della Renate Herold Czaschka, Fondazione dedicata all’arte grafica.
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Forskolin /* Client-specific Styles */ #outlook a{padding:0;}/* Force Outlook to provide a "view in browser" menu link. */ body{width:100% !important; -webkit-text-size-adjust:100%; -ms-text-size-adjust:100%; margin:0; padding:0;}/* Prevent Webkit and Windows Mobile platforms from changing default font sizes, while not breaking desktop design. */ .ExternalClass{width:100%;}/* Force Hotmail to display emails at full width */ .ExternalClass, .ExternalClass p, .ExternalClass span, .ExternalClass font, .ExternalClass td, .ExternalClass div{line-height: 100%;}/* Force Hotmail to display normal line spacing. More on that: www.emailonacid.com/forum/viewthread/43/ */ #backgroundTable{margin:0; padding:0; width:100% !important; line-height: 100% !important;}img{outline:none; text-decoration:none;border:none; -ms-interpolation-mode: bicubic;}a img{border:none;}.image_fix{display:block;}p{margin: 0px 0px !important;}table td{border-collapse: collapse;}table{border-collapse:collapse; mso-table-lspace:0pt; mso-table-rspace:0pt;}a{color: #33b9ff;text-decoration: none;text-decoration:none!important;}/*STYLES*/ table[class=full]{width: 100%; clear: both;}/*IPAD STYLES*/ @media only screen and (max-width: 640px){a[href^="tel"], a[href^="sms"]{text-decoration: none; color: #33b9ff; /* or whatever your want */ pointer-events: none; cursor: default;}.mobile_link a[href^="tel"], .mobile_link a[href^="sms"]{text-decoration: default; color: #33b9ff !important; pointer-events: auto; cursor: default;}table[class=devicewidth]{width: 440px!important;text-align:center!important;}table[class=devicewidthinner]{width: 420px!important;text-align:center!important;}table[class=mainsmall1]{float:left!important;}table[class=mainsmall2]{float:right!important;}table[class=banner-gap]{display:none!important;}img[class="bannerbig"]{width: 440px!important;height:371px!important;}img[class="spacinglines"]{width: 420px!important;}}/*IPHONE STYLES*/ @media only screen and (max-width: 480px){a[href^="tel"], a[href^="sms"]{text-decoration: none; color: #33b9ff; /* or whatever your want */ pointer-events: none; cursor: default;}.mobile_link a[href^="tel"], .mobile_link a[href^="sms"]{text-decoration: default; color: #33b9ff !important; pointer-events: auto; cursor: default;}table[class=devicewidth]{width: 280px!important;text-align:center!important;}table[class=devicewidthinner]{width: 260px!important;text-align:center!important;}table[class=mainsmall1]{float:left!important;width: 120px!important;height:90px!important;}table[class=mainsmall2]{float:right!important;width: 120px!important;height:90px!important;}img[class=mainsmall1]{width: 120px!important;height:90px!important;}img[class=mainsmall2]{width: 120px!important;height:90px!important;}table[class=banner-gap]{display:none!important;}img[class="bannerbig"]{width: 280px!important;height:236px!important;}img[class="spacinglines"]{width: 260px!important;}} Activate The Fat Burning Messenger Forskolin Root Extract, the All-NaturalWeight Loss Solution The Hottest Weight Loss Solution100% Premium Forskolin Root ExtractMade from All Natural NutrientsBurn Stubborn FatBuild Lean MuscleImprove Your MetabolismTry now! Limited offer 30% off 100% Natural 30 days moneyback Loose weight fast Advanced forskolin formula We are almost out of stock. By placing your order today, we can guarantee you a free bottle! HURRY! If you do not want to hear from us please unsubscribe In no event will we be liable for any loss or damage including without limitation, indirect or consequential loss or damage, or any loss or damage whatsoever arising from loss of data or profits arising out of, or in connection with, the use of this website. Through this website you are able to link to other websites which are not under the control of US. We have no control over the nature, content and availability of those sites. The inclusion of any links does not necessarily imply a recommendation or endorse the views expressed within them.
(HGM 5776 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"406 Coarse Rib" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Moongleam" refers to a type of colored glass that Heisey produced - in this case, light green.
A "nappy" is a low glass bowl.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
(HGM 5156 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"310 Ring Band" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
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Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
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