961 resultados para Malley, WIlliam C.


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Inland wetlands are valuable natural resources intimately associated with the hydrologic cycle. This study was designed to (1) investigate vegetation distribution and selected physical and chemical properties of wetland and bordering upland soils and the interface between the two, and (2) provide the ground truth necessary for the identification and delineation of deciduous wetland forests using false-color infrared (FCIR) imagery.

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22 Briefe zwischen Robert M. MacIver und Max Horkheimer, 1941-1947; 4 Briefe und Beilage zwischen Julius B. Maller vom Amercian Jewish Committee und Max Horkheimer, 1945-1946; 3 Briefe zwischen Eric Mann und Max Horkheimer, 1947; 13 Briefe und Beilagen zwischen Ludwig Marcuse und Max Horkheimer, 1941-1948 sowie 1 Manuskript von Ludwig Marcuse: War Guilt and Peace Aims, dazu von Max Horkheimer Gutachten und Entwürfe; 8 Briefe zwischen Siegfried Marck und Max Horkheimer, 1945-1950; 7 Briefe zwischen Claire Marck vom American Jewish Committee und Max Horkheimer, 1945-1946; 4 Briefe zwischen Alfred von Martin und Max Horkheimer, 1948-1949; 2 Briefe und Beilage zwischen Hugo Marx und Max Horkheimer, 1945; 44 Briefe und Beilage zwische Julius Marx und Max Horkheimer, 1945-1949; 2 Briefe und Beilage zwischen Heinrich Meng und Max Horkheimer, 10.07.1942, 29.10.1942; 5 Briefe zwischen Karl Menges und Max Horkheimer, 1943-1944; 8 Briefe und Beilage Karl A. Menninger, William C. Menninger und Max Horkheimer, 1941-1949; 23 und Beilage Joseph Messinger und Max Horkheimer, 1945-1949; 2 Briefe zwischen Robert K. Merton und Max Horkheimer, 1949; 1 Brief von Fritz Merz an Max Horkheimer, 1949; 9 Briefe zwischen Fred Mielke und Max Horkheimer, 1948-1950 siehe auch Alexander Mitscherlich; 1 Brief von Max Horkheimer bzw. Theodor W. Adorno an George Mintzer, ca. 1944; 5 Briefe zwischen Walter G. Muelder und Max Horkheimer, 1942-1943; 21 Briefe und Beilage zwischen Dorothy Mulgrave und Max Horkheimer, 1941-1948; 2 Briefe zwischen Arthur E. Murphy und Max Horkheimer, 1947;

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Briefwechsel zwischen Max Horkheimer und Alice H. Maier; 5 Briefe an Maurice und Carolyn Tumarkin von Max Horkheimer, 1957/1964; 3 Briefe zwischen Alice H. Maier und H. P. Edelman, 1957/1963; 2 Briefe von Alice H. Maier an Friedrich Pollock, 1960/1966; 2 Briefe von Max Horkheimer an The Diners Club (New York), 1965; 1 Brief an Patricia und Edward R. Wilbur von Alice H. Maier, 17.05.1965; 2 Briefe von Max Horkheimer an Patricia und Edward R. Wilbur, 1964; 2 Briefe zwischen Alice H. Maier und Alfred L. Copley, 1965; 5 Briefe zwischen William C. Kirkwood und Max Horkheimer, 1964; 2 Briefe von Max Horkheimer an Ulla Posnansky, 1964; 1 Brief an Leo Löwenthal von Max Horkheimer, 23.06.1964; 1 Brief von Max Horkheimer an Amerino Lionetti, 03.06.1964; 10 Briefe zwischen Herbert Marcuse und Max Horkheimer, 1935 - 1936; 1 Brief von R. Piper an Herbert Marcuse, 26.03.1936;

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The Earth's climate abruptly warmed by 5-8 °C during the Palaeocene-Eocene thermal maximum (PETM), about 55.5 million years ago**1,2. This warming was associated with a massive addition of carbon to the ocean-atmosphere system, but estimates of the Earth systemresponse to this perturbation are complicated by widely varying estimates of the duration of carbon release, which range from less than a year to tens of thousands of years. In addition the source of the carbon, and whether it was released as a single injection or in several pulses, remains the subject of debate**2-4. Here we present a new high-resolution carbon isotope record from terrestrial deposits in the Bighorn Basin (Wyoming, USA) spanning the PETM, and interpret the record using a carbon-cycle boxmodel of the ocean-atmosphere-biosphere system.Our record shows that the beginning of the PETMis characterized by not one but two distinct carbon release events, separated by a recovery to background values. To reproduce this pattern, our model requires two discrete pulses of carbon released directly to the atmosphere, at average rates exceeding 0.9 Pg C yr**-1, with the first pulse lasting fewer than 2,000 years.