As I get time, I continue to work on Lewis family history. For about the last year, I have been researching the descendants of Theophilus Lewis who was probably the brother of our ancestor John Lewis. Theophilus was the direct ancestor of Guy Lewis. Guy had planned to publish a book on that family when he died unexpectedly around 1990 and there are quite a few materials about Theophilus' descendants in the records Wendy and I copied while in NC. My tentative plans have been to add some more volumes to The Lewis Family books that I was able to publish in 2011 covering Theophilus’ descendants. Theophilus had 10 children, 8 of whom lived to maturity and I have just completed my research on the 6th of the 8, whose name was Robert Pinckney Lewis. When I find out as much as I can about a family, I then run the names of those born 110 years of more ago for temple work. I have been getting 20 or so names for each of these families.
It was fun to make contact with a descendant of Robert P. Lewis. Her name is Kathie Pagan Shanno. She is a direct descendant of Kate Lewis Cahill, who wrote the letter in 1935 that I quoted from recently in a blog about the early Lewis's in Rockignham NC. Kathie was born in 1943, and is married to a retired Rudgers U professor. She had submitted a bunch of information on her immediate ancestors to Ancestry.com. We have talked on the phone and are in the process of sending each other details of what we know about tha part of the family.
Not too far distant in the family of Robert P. Lewis from the Shannos is Peggy Ann Rayburn (born 1939) , who is married to a scholarly Chinese National named Te-Hsui Ma (born 1924). I found a some fascinating things about him on the web. He escaped from China on the last boat to Taiwan (about 1949-50) just ahead of the take-over by the Communist army, and eventually was able to come to America, earned his doctorate at the U of Virginia in biology and has become an internationally known expert on pollution monitoring. Here are write-ups about him, first, his own account of his early life and then a bio on of his scholarly attainments:
Note about his escape from mainland China ahead of the Communist army--http://www.ntueg.com/Memoir/PDF/AMa.pdf
The most memorable events in the journey to National Taiwan University during the retreat of the government of the Republic of China were: Taking the last boat from Tian Jin sea port to Taiwan island, the danger in a poorly equipped small freight vessel converted into a passenger boat, the broken engine incidence at sea, the lack of living facilities in the newly repossessed National Taiwan University campus, depreciation of new currency and potential starvation during the period of revolt at the first anniversary of ROC invasion, taking a part-time teaching job to survive during the graduate study. Luckily I got a highly paid job as a Research Assistant in the Taiwan Sugar Company for me to save enough money to buy a one-way ticket to the University of Virginia.
Biography, Te-Hsiu Ma, accessed 13 Mar 2013 http://www.ntueg.com/Memoir/PDF/BMa1.pdf
Te-Hsiu Ma was born in suburbs of Tianjin and Beijing. After elementary school, he attended “Jefferson Academy” in Tong Hsian city and completed high school in Beijing. He received BS degree from The Catholic University of Peking (Fu-Jen University) and went to National Taiwan University with a Scholarship in the Research Institute of Botany and graduated with a MS degree in Genetics and Ecology. He worked in Taiwan Sugar Experiment Station (5 years) as Research Assistant. He received scholarship from the University of Virginia, Charlottesville, VA and completed Ph D in Biology. He taught at Emory and Henry College, Emory, VA (5 years), Western Illinois University, Macomb, IL (33 years) with a three-year leave to work at Radiation Biology Laboratory of the Smithsonian Institution, Washington DC. During his teaching years, he carried out collaborative research works with Oak Ridge (ORNL), Argonne (ANL) and Brookhaven National Laboratories (BNL) in environmental science and radiation biology. He developed an environmental monitoring system, using germ cells of Tradescantia plant while working at BNL, and established an International Environmental Monitoring Organization to carry out global environmental monitoring project with the support of World Health Organization (WHO), United Nations Environment Program (UNEP), and NATO/Environment Science and Technology (EST) Programs to detect pollution in the air, water and soil around the world. Currently, more than 40 countries are partners of this global environmental protection network. This global environmental protection work is continuing during his retirement years.
Article on his work as a Bio-med researcher, regarding Environmental Pollutant Detection
Co-chair of conference July 7, 2004
MACOMB, IL - - More than 30 scientists from 14 world nations gathered July 6 at Western Illinois University for the opening ceremonies of the North Atlantic Treaty Organization (NATO) Advanced Study Institute (ASI) on Plant Bioassay on the Genotoxicity of Contaminated Water, Air and Soil.
The institute, which runs through July 16, deals with the detection of genetic damage from common pollutants, radioactive pollutants and the contaminants from warfare in water, air and soil through biological tests on onion (Allium) and spiderwort (Tradescantia) plants. Participants receive hands-on learning through daily laboratory sessions, tutorial instruction and experimentations.
"Genetic materials in plant cells are more sensitive to pollutants than those of animal cells because there is less protection in plant tissues from the impact of pollutants," said Te-Hsiu Ma, Western Illinois University biological sciences professor emeritus, who serves as co-director of the institute along with Professor Rouben Aroutiounian from Armenia, under the directorship of Dr. Alain Jubier, NATO Science Affairs Division.
"These genetic tests which are highly sensitive, simple and economical have been used in more than 40 countries across five continents for more than 30 years."
"Special emphasis for the Institute will be aimed at radioactive and warfare contaminants in the environment in the eastern European area, and reports of the follow-up studies will be published to show the status of pollution level in these countries and the potential genetic damage to the ecosystem and human health," Ma said. "In the long run, this monitoring program could contribute to homeland security of this area."
Eight international scientists are joining Ma in presenting specialized evening lectures which highlight collaborative studies including chemassay (chemical analysis), bio-indicators (tangible data), ecology (ecosystem and human health), epidemiology (human disease), meteorology (ozone depletion, UV-B radiation, cosmic rays and solar flare), pharmacology (genotoxicity of drugs), agricultural sciences (soil contamination) and homeland security (in situ monitoring to provide first alert of hazards).
Race, Priesthood, and Temple Blessings--
3 months ago


























