Letter - E.C. Schmon to Arthur A. Schmon, 24 December 1919

The letter mentions that Arthur is located in Shelter Bay. There is mention of a Christmas Eve party and the guests that will attend. The letter is labelled number 81.

Letter - E.C. Schmon to Arthur A. Schmon, 12 September 1917

The letter begins describes the sadness of Eleanore Celeste after saying goodbye to Arthur. The second part of the letter discusses bank accounts, bills paid, and the budget for the month of December. She also mentions the possibility of a trip to Shelter Bay in the month of December.

Letter - E.C. Schmon to Arthur A. Schmon, 31 October 1919

The letter discusses a possible trip for Eleanor Celeste to Shelter Bay.

Letter - E.C. Schmon to Arthur A. Schmon, 24 November 1919

The letter begins with a retelling of the days activities (washing, cleaning etc.). The second part of the letter mentions the Normans (Canadians). He is connected to a steamship company that travels the St. Lawrence shipping timber. The Normans know of Colonel McCormick and are familiar with Shelter Bay. The letter is labelled number 54.

Letter - E.C. Schmon to Arthur A. Schmon, 27 March 1920

The letter describes some difficulty Arthur has had with a man named Walter. She also describes her activities for the day. Eleanore Celeste mentions all of the things she is packing to bring to Shelter Bay when she leaves to be with Arthur. Accompanying this letter is a letter to "Aunt Lessie". It appears to be signed "Love from all and more than ever from Pal". This letter discusses his writing and soon sending it to a magazine and boxing gloves he has just purchased.

Letter - E.C. Schmon to Arthur A. Schmon, 14 February 1920

This letter is decorated for Valentine's Day. There is a red cut out hard included that reads "To my Valentine from your Valentine xxxxxx". The second part of the letter talks about how to get to Shelter Bay and Eleanore Celeste remarks "So you do not think it advisable for me to make the trip to Shelter Bay by dog team! Let me tell you dearest, that I wouldn't mind if I had to walk there." These letters are labelled number 126 and 127.

Letter - E.C. Schmon to Arthur A. Schmon, Tuesday P.M.

The letter reads:"Daddy dearie I have been so blue and homesick to-day that I could have cried my eyes out. Oh! Sweetheart, will the time ever come for that ice breaker to go down? I love you so and miss you so that dearie me if I don't see you soon, I'll die. Please keep reminding Mr. Grogan to let me know when that boat goes, for if I should miss it, I would be distincted. And if you should hear of it's sailing, dear, you let me know, too. The way I talk anyone might think that I am having a very unpleasant visit. On the contrary, I am enjoying my little sojourn here very much. I am with the family most of the time and they are all perfectly wonderful to me. They can't do enough for me. Shower me with love all the time, but with it all there is that big, big desire to be with my Dadd. I want to be where my heart is - in Shelter Bay. I can hardly wait to hear about the house. Have they started the plastering yet? I forgot to tell you that I cannot find out whether or not that linoleum can be bought in Canada. I shall keep on making inquiries, tho, dear, and hope to hear something about it soon. Well Daddy my own, bye-bye for another time. Al the love in the world your little Bubbles."

Letter - E.C. Schmon to Arthur A. Schmon, Thursday P.M.(2)

The letter mentions a snow storm that came through Eastern Canada and "cripples" the telegraph wires. She also mentions heading to Shelter Bay around December. This letter has no date.

The Fast Regulation of Photosynthesis in Diatoms: an inquiry into the physiological and physical origins of non-photochemical chlorophyll fluorescence quenching.

Diatoms are renowned for their robust ability to perform NPQ (Non-Photochemical Quenching of chlorophyll fluorescence) as a dissipative response to heightened light stress on photosystem II, plausibly explaining their dominance over other algal groups in turbulent light environs. Their NPQ mechanism has been principally attributed to a xanthophyll cycle involving the lumenal pH regulated reversible de-epoxidation of diadinoxanthin. The principal goal of this dissertation is to reveal the physiological and physical origins and consequences of the NPQ response in diatoms during short-term transitions to excessive irradiation. The investigation involves diatom species from different originating light environs to highlight the diversity of diatom NPQ and to facilitate the detection of core mechanisms common among the diatoms as a group. A chiefly spectroscopic approach was used to investigate NPQ in diatom cells. Prime methodologies include: the real time monitoring of PSII excitation and de-excitation pathways via PAM fluorometry and pigment interconversion via transient absorbance measurements, the collection of cryogenic absorbance spectra to measure pigment energy levels, and the collection of cryogenic fluorescence spectra and room temperature picosecond time resolved fluorescence decay spectra to study excitation energy transfer and dissipation. Chemical inhibitors that target the trans-thylakoid pH gradient, the enzyme responsible for diadinoxanthin de-epoxidation, and photosynthetic electron flow were additionally used to experimentally manipulate the NPQ response. Multifaceted analyses of the NPQ responses from two previously un-photosynthetically characterised species, Nitzschia curvilineata and Navicula sp., were used to identify an excitation pressure relief ‘strategy’ for each species. Three key areas of NPQ were examined: (i) the NPQ activation/deactivation processes, (ii) how NPQ affects the collection, dissipation, and usage of absorbed light energy, and (iii) the interdependence of NPQ and photosynthetic electron flow. It was found that Nitzschia cells regulate excitation pressure via performing a high amplitude, reversible antenna based quenching which is dependent on the de-epoxidation of diadinoxanthin. In Navicula cells excitation pressure could be effectively regulated solely within the PSII reaction centre, whilst antenna based, diadinoxanthin de-epoxidation dependent quenching was implicated to be used as a supplemental, long-lasting source of excitation energy dissipation. These strategies for excitation balance were discussed in the context of resource partitioning under these species’ originating light climates. A more detailed investigation of the NPQ response in Nitzschia was used to develop a comprehensive model describing the mechanism for antenna centred non-photochemical quenching in this species. The experimental evidence was strongly supportive of a mechanism whereby: an acidic lumen triggers the diadinoxanthin de-epoxidation and protonation mediated aggregation of light harvesting complexes leading to the formation of quencher chlorophyll a-chlorophyll a dimers with short-lived excited states; quenching relaxes when a rise in lumen pH triggers the dispersal of light harvesting complex aggregates via deprotonation events and the input of diadinoxanthin. This model may also be applicable for describing antenna based NPQ in other diatom species.

Letter - E.C. Schmon to Arthur A. Schmon, 13 November 1919

Eleanore Celeste is on her way to Mother Schmon's. She has been shopping and to see friends. She will leave for Shelter Bay in a month or so. The letter is labelled number 33 & 34.

Letter - E.C. Schmon to Arthur A. Schmon, Saturday P.M.

The letter was written after the two were married; it is addressed "Hubbie". She mentions shopping for flooring for their home in Shelter Bay. She also went to the movies to see "The Eyes of Youth" starring Clara Kimball.

Letter - E.C. Schmon to Arthur A. Schmon, 10 December

It is unknown when the Montcalm will sail the Gulf of the St. Lawrence, so Eleanore Celeste waits to travel to Arthur in Shelter Bay. She visited with Mother Schmon after taking her own Mother to the dentist. The letter is labelled number 69.

Arthur A. Schmon fonds

Arthur Albert Schmon was born in 1895 in Newark, New Jersey. During his studies at Barringer High School in Newark, he met Eleanore Celeste Reynolds who was to become his wife in August of 1919. Mr. Schmon studied English literature at Princeton and graduated with honours in 1917. That same year, Mr. Schmon joined the United States Army where he served under Colonel McCormick as an adjutant in field artillery in World War I. In 1919, he was discharged as a captain. Colonel McCormick (editor and publisher of the Chicago Tribune) offered Schmon a job in his Shelter Bay pulpwood operations. Mr. Schmon accepted the challenge of working at this lonely outpost on the lower St. Lawrence River. Schmon was promoted to Woodlands Manager in 1923. In 1930, he became the General Manager. This was expected to be a seasonal operation but the construction of the mill led to the building of a town (Baie Comeau) and its power development. All of this was accomplished under Schmon’s leadership. In 1933, he was elected the President and General Manager of the Ontario Paper Company. He later became the Chairman and Chief Executive Officer. Arthur Schmon made his home in St. Catharines where he played an active role in the community. Schmon was a member of the Founders’ Committee at Brock University and he was a primary force behind the establishment of a University in the Niagara Region. The Brock University Tower is named after him. He also served as Chairman of the St. Catharines Hospital Board of Governors for over 15 years, and was responsible for guiding the hospital through a 3 million dollar expansion program. He was a Governor of Ridley College and an Honorary Governor of McMaster University in Hamilton. Mr. Schmon died of lung cancer on March 18, 1964. He had been named as the St. Catharines’ citizen of the year just one week earlier. Mr. Schmon had 2 sons Robert McCormick Schmon, who was chairman of the Ontario Paper Co. Ltd., St. Catharines, Canada, and the Q.N.S. Paper Co., Baie-Comeau, Canada. He was also director of a Chicago Tribune Co. He died at the age of 61. Another son, Richard R. Schmon, was a second lieutenant in the 313th Field Artillery Battalion, 80th Infantry Division in World War II. He was listed as missing in action on November 5, 1944.

Photograph - Baie Comeau, Unloading Ship

A photograph of the ship called "Shelter Bay" as it sits for unloading at the main wharf.

Niagara Falls Handbill Collection, 1838-1886, n.d. (non-inclusive)

According to legend, the Burning Springs were discovered by early natives in the Niagara Peninsula. Bridgewater Mills was built on the site of the spring. During the excavation of the factory; workmen uncovered the spring. Samuel Street and Thomas Clark recognized the potential of this as a tourist attraction so they built a wooden shelter over the spring. The spring was covered with a barrel with a pipe protruding from it. This became the first tourist attraction at Niagara. The Cave of the Winds was a cavern located behind the Bridal Veil Fall. It was originally named the Aeolus Cave. In 1920, a sudden rock fall from the ceiling killed 3 tourists. The cave was destroyed in 1955 as it was deemed dangerous. The captain of the Maid of the Mist was usually a farmer who owned the land where the ship docked. In 1846, the first steam powered Maid of the Mist was launched. By 1848, the first suspension bridge was built over the gorge and the main purpose of the Maid of the Mist was no longer to carry people who needed to travel, but now the focus was on people who wanted to view the Falls at close range. Source: http://www.niagarafrontier.com/burningsprings.html http://www.niagarafrontier.com/winds.html http://reservationsystems.com/niagara_daredevils/maid_of_the_mist.html