202,726 research outputs found
Louis M. Swartz [approximately 1940]
No full textFrom the Toledo Heights Tidbits, a portrait of Louis M. Swartz, a soldier from the Toledo Heights Area of Toledo, as he fishes from a small boat, The neighborhood newspaper published news about servicemen from the Toledo Heights Area throughout World War II. Terms associated with the photograph are: Toledo Heights Tidbits | Toledo Heights Area (Toledo, Ohio) | Swartz, Louis M. | fishing | soldiers | World War, 1939-1945 | newspapers | portrait
Robert M. Harris, Mrs. Collection
No full textPhotograph of Chickasaw Governor Robert M. Harris, c.1889-1890. Photo by Swartz & Freeman, Denison, TX
Louis M. Swartz
No full textFrom the Toledo Heights Tidbits, a portrait of Louis M. Swartz, a soldier from the Toledo Heights Area of Toledo, as he fishes from a small boat. The neighborhood newspaper published news about servicemen from the Toledo Heights Area throughout World War II
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Dale Frederick Swartz and Berta Romero thank participants for speaking at the ""International Immigration Symposium 1985" (Correspondence)
No full textDale Frederick Swartz and Berta Romero of the National Immigration, Refugee & Citizenship Forum thank participants for speaking at the ""International Immigration Symposium 1985," which the organization co-sponsored with the Catholic Diocese of Corpus Christi. The letter includes multiple documents including newspaper clippings, journal articles, and forum documents, such as Vol. IV, No. 3 of the Forum Information Bulletin
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Dale Frederick Swartz and Berta Romero thank Dr. Hector P. Garcia for speaking at the ""International Immigration Symposium 1985" (Correspondence)
No full textDale Frederick Swartz and Berta Romero of the National Immigration, Refugee & Citizenship Forum thank Dr. Hector P. Garcia for speaking at the ""International Immigration Symposium 1985," which the organization co-sponsored with the Catholic Diocese of Corpus Christi
Sporogenesis in Botrichium Virginianum Swartz
No full textThe earliest resultful work done in Pteridophytes, very closely similar to Botrychium Virginianum Swartz, was the work of Goebel (1890) on the Ophioglossales. Bower (1890) followed Goebel in his work on the Ophioglossales. He completed a work in 1896, which according to Burlingame (1907), who also did valuable work on the Ophioglossales, is the most comprehensive and satisfactory that has thus far been done. This work had a stimulating effect upon the early study of Botrychium Virginianum Swartz because of the almost entirely similar histology of the two plants. Burlingame’s (1907) work in the Ophioglossales, was done in 1907. He is the most recent worker on this plant. He concentrated his study upon the sporange
g-Elements, finite buildings and higher Cohen–Macaulay connectivity
No full textAbstractChari proved that if Δ is a (d−1)-dimensional simplicial complex with a convex ear decomposition, then h0⩽⋯⩽h⌊d/2⌋ [M.K. Chari, Two decompositions in topological combinatorics with applications to matroid complexes, Trans. Amer. Math. Soc. 349 (1997) 3925–3943]. Nyman and Swartz raised the problem of whether or not the corresponding g-vector is an M-vector [K. Nyman, E. Swartz, Inequalities for h- and flag h-vectors of geometric lattices, Discrete Comput. Geom. 32 (2004) 533–548]. This is proved to be true by showing that the set of pairs (ω,Θ), where Θ is a l.s.o.p. for k[Δ], the face ring of Δ, and ω is a g-element for k[Δ]/Θ, is nonempty whenever the characteristic of k is zero.Finite buildings have a convex ear decomposition. These decompositions point to inequalities on the flag h-vector of such spaces similar in spirit to those examined in [K. Nyman, E. Swartz, Inequalities for h- and flag h-vectors of geometric lattices, Discrete Comput. Geom. 32 (2004) 533–548] for order complexes of geometric lattices. This also leads to connections between higher Cohen–Macaulay connectivity and conditions which insure that h0<⋯<hi for a predetermined i
Springfield Football: Odeneal, Swartz, and Moore
No full textThree members of the 1947 Springfield College football team pose for a photo as they kneel in front of some trees looking forward with their helmets placed in front of them. They include William Odeneal, Douglas Swartz, and Alan Moore
Swartz and Miller_2019_Managing farm ponds as breeding sites for amphibians_Ecological Applications
No full textMetadata for raw data used for analyses in: T. M. Swartz and J. R. Miller. 2019. Managing farm ponds as breeding sites for amphibians: key trade-offs in agricultural function and habitat conservation. Ecological Applications.Files:1.DataS1_unmarkedAnalyses.csv2.DataS2_Chronosequence_Analysis.csvDescriptions:File 1: DataS1_unmarkedAnalyses.csv •contains all data used to perform the single season ocucpancy analyses described in the manuscript: Swartz and Miller (2019) Managing farm ponds •PondID: represents the coded name given to each pond (site)•Amphibian species: names are abbreviated as follows: HYLA: Hyla chrysoscelis/versicolor (Cope's/Eastern gray treefrog) ACBL: Acris blanchardi (Blanchard's cricket frog) LIBL: Lithobates blairi (Plains leopard frog) LICA: Lithobates catesbeianus (American bullfrog) oIn all cases, the year being analyzed is denoted as either "16" or "17", and the number of sites included is denoted with "51" oFor each species, there are 8 columns containing a "1", "0", or "NA", to signify whether the species was present, absent, or no surveys were performed during the 8 sampling occasions (four in each year). oThe sampling occasions are denoted as the 3rd number in the column headings for the amphibian species.•Habitat variables, the following abbreviations are used in the column headings: oFL= Floating vegetation percent cover o EM= Emergent vegetation percent cover oAQ= submerged/aquatic vegetation percent cover oLogArea= log-transformed area of each pond (in meteres^2) ocattle= presence or absence of cattle around the pond oFish= presence or absence of fish in the pond•Detection Covariates: oColumns containing "J", "Temp", or "T", represent Julian date, Mean daily temperature, or sampling occasion number, respectively, followed by the year ("16" or "17", where applicable) and the sampling occasion number.File 2: DataS2_Chronosequence_Analysis.csv•contains all data used to perform the chronosequence analyses described in the manuscript. oPondID: represents the coded name given to each pond (site)•Habitat variables, the following abbreviations are used in the column headings: FL= Floating vegetation percent cover EM= Emergent vegetation percent cover AQ= submerged/aquatic vegetation percent cover LogArea= log-transformed area of each pond (in meteres^2) cattle= presence or absence of cattle around the pond oFor each variable, the year of the measurement was taken is noted as either a "1617" to indicate that measurements from 2016 and 2017 were averaged for this comparison. pH, was only measured in 2017 so no year is listed.</div
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