This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1935-36 A-Ed; 1935-36 El-Ma; 1935-36 McA-Wo; 1936-37 A-Ed; 1936-37 El-Ma; 1936-37 McA-Wo; 1937-38 A-Elm; 1937-38 Elp-McC; 1937-38 McT-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1938-39 A-Elm; 1938-39 Elp-McC; 1938-39 McT-Wo; 1939-40 A-Elm; 1939-40 Elp-McC; 1939-40 McT-Woo; 1940-41 A-Ewa; 1940-41 Fai-McC; 1940-41 McT-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1941-42 A-Ewa; 1941-42 Fai-McC; 1941-42 McT-Woo; 1942-43 A-Ewa; 1942-43 Fai-McC; 1942-43 McT-Woo; 1943-44 A-Ewa; 1943-44 Fai-McC; 1943-44 McT-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1944-45 A-Ewa; 1944-45 Fai-McC; 1944-45 McT-Woo; 1945-46 A-Fan; 1945-46 For-Men; 1945-46 Men-Woo; 1946-47 A-Fan; 1946-47 For-Men; 1946-47 Men-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1947-48 A-Fan; 1947-48 For-Men; 1947-48 Men-Woo; 1948-49 A-Fan; 1948-49 For-Men; 1948-49 Men-Woo; 1949-50 A-Fan
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1949-50 For-Men; 1949-50 Men-Woo; 1950-51 A-Fan; 1950-51 For-Men; 1950-51 Men-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1952-53 A-Fan; 1952-53 Fis-Men; 1952-53 Mia-Woo; 1953-54 A-Fan; 1953-54 Fis-Men; 1953-54 Mia-Woo; 1954-55 A-Fan; 1954-55 Fis-Men; 1954-55 Mia-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1955-56 A-Dro; 1955-56 Duf-Kat; 1955-56 Kel-Oak; 1955-56 Oak-Woo; 1956-57 A-Fan; 1956-57 Fis-Men; 1956-57 Mia-Woo; 1957-58 A-Fan; 1957-58 Fis-Men; 1957-58 Mia-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1958-59 A-Fan; 1958-59 Fis-Men; 1958-59 Mia-Woo; 1959-60 A-Fre; 1959-60 Gil-Mor; 1959-60 Nap-Woo; 1960-61 A-Fre; 1960-61 Gil-Mor; 1960-61 Nap-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1961-62 A-Fre; 1961-62 Gil-Mor; 1961-62 Nap-Woo; 1962-63 A-Fre; 1962-63 Gil-Mor; 1962-63 Nap-Woo; 1963-64 A-Fre; 1963-64 Gil-Mor; 1963-64 Nap-Woo
This box contains bound volumes of audited financial statements for local MPE associations. The records include the following:
Local Association Financial Statements 1964-65 A-Fre; 1964-65 Gil-Mor; 1964-65 Nap-Woo; 1965-66 A-K; 1965-66 L-W; 1966-67 A-K; 1966-67 L-W; 1967-68 A-K; 1967-68 L-W
Radiocarbon date reports have been scanned in multi-page PDF files.
History / Biographical
Crepeele locale Radiocarbon Dates. C14 report by IsoTrace Laboratory for Crepeele site 2005 XU 8.
From 2003 to 2008 field work took place at the Crepeele locale with 75 - 1m x1m units excavated.
To help establish the cultural sequence at the locale Radiocarbon dates were obtained from the three sites in the Crepeele locale.
Radiocarbon dating
The technique of radiocarbon dating was developed by Willard Libby and his colleagues at the University of Chicago in 1949.
Radiocarbon dating is used to estimate the age of organic remains from archaeological sites. Organic matter has a radioactive form of carbon (C14) that begins to decay upon death. C14 decays at a steady, known rate of a half life of 5,730 years. The technique is useful for material up to 50,000 years. Fluctuations of C14 in the atmosphere can affect results so dates are calibrated against dendrochronology. Radiocarbon dates are calibrated to calendar years.
Dates are reported in radiocarbon years or Before Present. Before Present refers to dates before 1950. The introduction of massive amounts of C14, due to atomic bomb and surface testing of atomic weapons, has widely increased the standard deviation on all dates after A.D. 1700 causing these dates to be unreliable.
Accelerated mass spectrometry can more accurately measure C14 with smaller samples and can date materials to 80,000 years.
Scope and Content
Sub sub series contains radiocarbon dates from: Crepeele, Sarah and Graham sites.
Radiocarbon date reports have been scanned in multi-page PDF files.
History / Biographical
Crepeele locale Radiocarbon Dates. C14 report by Beta Analytic Inc. for Crepeele site XU 48 and Graham site XU 54.
From 2003 to 2008 field work took place at the Crepeele locale with 75 - 1m x1m units excavated.
To help establish the cultural sequence at the locale Radiocarbon dates were obtained from the three sites in the Crepeele locale.
Radiocarbon dating
The technique of radiocarbon dating was developed by Willard Libby and his colleagues at the University of Chicago in 1949.
Radiocarbon dating is used to estimate the age of organic remains from archaeological sites. Organic matter has a radioactive form of carbon (C14) that begins to decay upon death. C14 decays at a steady, known rate of a half life of 5,730 years. The technique is useful for material up to 50,000 years. Fluctuations of C14 in the atmosphere can affect results so dates are calibrated against dendrochronology. Radiocarbon dates are calibrated to calendar years.
Dates are reported in radiocarbon years or Before Present. Before Present refers to dates before 1950. The introduction of massive amounts of C14, due to atomic bomb and surface testing of atomic weapons, has widely increased the standard deviation on all dates after A.D. 1700 causing these dates to be unreliable.
Accelerated mass spectrometry can more accurately measure C14 with smaller samples and can date materials to 80,000 years.
Scope and Content
Sub sub series contains radiocarbon dates from: Crepeele, Sarah and Graham sites.
Radiocarbon date reports have been scanned in multi-page PDF files.
History / Biographical
Crepeele locale Radiocarbon Dates. C14 report by Beta Analytic Inc. for Crepeele site XUs 8, 30, 50.
From 2003 to 2008 field work took place at the Crepeele locale with 75 - 1m x1m units excavated.
To help establish the cultural sequence at the locale Radiocarbon dates were obtained from the three sites in the Crepeele locale.
Radiocarbon dating
The technique of radiocarbon dating was developed by Willard Libby and his colleagues at the University of Chicago in 1949.
Radiocarbon dating is used to estimate the age of organic remains from archaeological sites. Organic matter has a radioactive form of carbon (C14) that begins to decay upon death. C14 decays at a steady, known rate of a half life of 5,730 years. The technique is useful for material up to 50,000 years. Fluctuations of C14 in the atmosphere can affect results so dates are calibrated against dendrochronology. Radiocarbon dates are calibrated to calendar years.
Dates are reported in radiocarbon years or Before Present. Before Present refers to dates before 1950. The introduction of massive amounts of C14, due to atomic bomb and surface testing of atomic weapons, has widely increased the standard deviation on all dates after A.D. 1700 causing these dates to be unreliable.
Accelerated mass spectrometry can more accurately measure C14 with smaller samples and can date materials to 80,000 years.
Scope and Content
Sub sub series contains radiocarbon dates from: Crepeele, Sarah and Graham sites.
Radiocarbon date reports have been scanned in multi-page PDF files.
History / Biographical
Crepeele locale Radiocarbon Dates. C14 report by IsoTrace Analytic Laboratory for Sarah site XU17.
From 2003 to 2008 field work took place at the Crepeele locale. The Crepeele, Graham and Sarah sites were excavated with 75 - 1m x1m units excavated
To help establish the cultural sequence at the locale Radiocarbon dates were obtained from the three sites in the Crepeele locale.
Radiocarbon dating
The technique of radiocarbon dating was developed by Willard Libby and his colleagues at the University of Chicago in 1949.
Radiocarbon dating is used to estimate the age of organic remains from archaeological sites. Organic matter has a radioactive form of carbon (C14) that begins to decay upon death. C14 decays at a steady, known rate of a half life of 5,730 years. The technique is useful for material up to 50,000 years. Fluctuations of C14 in the atmosphere can affect results so dates are calibrated against dendrochronology. Radiocarbon dates are calibrated to calendar years.
Dates are reported in radiocarbon years or Before Present. Before Present refers to dates before 1950. The introduction of massive amounts of C14, due to atomic bomb and surface testing of atomic weapons, has widely increased the standard deviation on all dates after A.D. 1700 causing these dates to be unreliable.
Accelerated mass spectrometry can more accurately measure C14 with smaller samples and can date materials to 80,000 years.
Scope and Content
Sub sub series contains radiocarbon dates from: Crepeele, Sarah and Graham sites.
