206,612 research outputs found
Margaret Hartman Interview - Part 6 (Campbell County)
No full textAn interview with Margaret Hartman by Robert M. Rennick on the place names of communities in Campbell County, Kentucky
Margaret Hartman Interview - Part 5 (Campbell County)
No full textAn interview with Margaret Hartman by Robert M. Rennick on the place names of communities in Campbell County, Kentucky
Morning report of the Corps of Cadets at West Point, 11 January 1817.
No full textMorning report of the Corps of Cadets commanded by Alden Partridge at West Point. Signed by J. M. Spencer and Hartman Bache
Children of Turkish immigrants 1975
No full textTurkey / contacts in Utrecht / housing situation / occupational situation / illness / situation of the children ( in Holland and in Turkey ) / possibilities for small children to be taken care of / how have children been taken care of since birth. Background variables: basic characteristics/ place of birth/ residence/ housing situation/ household characteristics/ place of work/ occupation/employment/ income/capital assets/ religio
Data processing procedures for SNOMS project 2007 to 2012. Version-1: 28 August 2012
No full textThe Swire NOC Monitoring System (SNOMS) has enabled the collection of a global set of surface hydrological and dissolved gas measurements from the MV Pacific Celebes. The data is being used to assess the rate of transfer of carbon dioxide between the atmosphere and the sea in different regions and to assess the forces that control this exchange. During the period from summer 2007 through to summer 2009 the ship crossed the North Atlantic, North Indian and Equatorial Pacific oceans with one voyage via the Cape of Good Hope. From 2009 until March 2012 repeat transects of the Pacific Ocean were made between Australia, New Zealand and North America. Its route has included areas of the World Ocean that are largely under sampled in terms of the carbonate system, the daily sampling of salinity, total alkalinity and dissolved inorganic carbon has provided valuable additional coverage to this data set. The system was a novel design developed to require a minimum of maintenance that was provided by the ship’s crew. This report describes the bespoke processes that were developed in the SNOMS project to assemble and check the quality of the data being returned. The purpose of this report is to provide a complete description of the processing used to move from the raw data collected on the ship to the final archived data set. This document forms part of the meta-data set produced by the SNOMS project, and will be available with the main data set when it is provided to users by BODC and CDIAC
Fauveliopsis brevipodus Hartman 1971
No full textFauveliopsis brevipodus Hartman, 1971 Figure 4 Fauveliopsis brevis Hartman, 1967:123–124, Pl. 37, Fig. A, B; Levenstein 1970: 228. Fauveliopsis brevipodus Hartman, 1971: 1422 (replacement name for F. brevis Hartman, 1967, junior homonym of F. brevis (Hartman, 1965), newly combined by Hartman & Fauchald 1971: 115). TL: S off Isla de los Estados, Drake Passage, 380– 490 m. D: Southern Chile to Drake Passage, 384–3537 m. Type material: Southwestern Atlantic Ocean, Argentina. Holotype (USNM 55546), and four paratypes (USNM 55547), in rhabdamminid-like foraminiferans, S off Isla de los Estados, Drake Passage, Cape Horn, R / V Eltanin, Sta. 740 (56°06’ S, 66°19’ W to 56°07’ S, 66°30’ W), 384–494 m, 18 Sep. 1963 (paratypes 2.7–3.9 mm long, 0.4–0.6 mm wide, 27–29 chaetigers; GP not seen). Additional material. Antarctic Ocean. One specimen (LACM 7501), pharynx everted, off S Falkland or Malvinas Islands, R/V Eltanin, Sta. 350 (55°03’ S, 58°57’ W to 55°00’ S, 58°51’ W), 2452 m, 4 Dec. 1962 (4.1 mm long, 0.4 mm wide, 27 chaetigers; GP or oocytes not seen). Diagnosis. Fauveliopsis with 28 chaetigers (Fig. 4A, D, E). Anterior, median and posterior chaetigers with an acicular and a capillary per rami (Fig. 4B, C). Interramal papillae globular, sessile, slightly longer than wide. Pygidium with a pair of large lateral papillae (Fig. 4C). GP not seen. Remarks. Fauveliopsis brevipodus resembles Fauveliopsis sp. A of Wolf (1984) because both have the body surface papillated, and genital papillae are not visible. They differ especially regarding pygidial features; in F. brevipodus the pygidium is almost smooth, with two papillae, whereas in F. sp. A the pygidium has many short papillae. The original illustration (Hartman 1967: Plate 37, Fig. A) shows that the body is tapered towards the “posterior” region and the papillae are illustrated as being about as long as the “anterior” aciculars; however, the body polarity was reverted, and no trace of the gut was illustrated. Although it was not indicated in the original description, the body is shown as papillated in Plate 37a. After the proposal of Laubieriopsis Petersen, 2000 and the transfer of Fauveliopsis brevis Hartman, 1965 to it, there would be no homonym problem if this species remained in Fauveliopsis; however, the replaced name is herein retained instead of reversing the proposal by Hartman. The type specimens were found in unidentified rhabdamminid foraminiferans (see Gooday & Smart 2000).Published as part of Salazar-Vallejo, Sergio I., Zhadan, Anna E. & Rizzo, Alexandra E., 2019, Revision of Fauveliopsidae Hartman, 1971 (Annelida, Sedentaria), pp. 1-67 in Zootaxa 4637 (1) on page 13, DOI: 10.11646/zootaxa.4637.1.1, http://zenodo.org/record/333520
Report of the SNOMS Project 2006 to 2012, SNOMS SWIRE NOCS Ocean Monitoring System. Part 1: Narrative description
No full textThe ocean plays a major role in controlling the concentration of carbon dioxide (CO2) in the atmosphere. Increasing concentrations of CO2 in the atmosphere are a threat to the stability of the earth’s climate. A better understanding of the controlling role of the ocean will improve predictions of likely future changes in climate and the impact of the uptake of CO2 itself on marine eco-systems caused by the associated acidification of the ocean waters. The SNOMS Project (SWIRE NOCS Ocean Monitoring System) is a ground breaking joint research project supported by the Swire Group Trust, the Swire Educational Trust, the China Navigation Company (CNCo) and the Natural Environment Research Council. It collects high quality data on concentrations of CO2 in the surface layer of the ocean. It contributes to the international effort to better quantify (and understand the driving processes controlling) the exchanges of CO2 between the ocean and the atmosphere. In 2006 and 2007 a system that could be used on a commercial ship to provide data over periods of several months with only limited maintenance by the ships crew was designed and assembled by NOCS. The system was fitted to the CNCo ship the MV Pacific Celebes in May 2007. The onboard system was supported by web pages that monitored the progress of the ship and the functioning of the data collection system. To support the flow of data from the ship to the archiving of the data at the Carbon Dioxide Information Analysis Center (CDIAC in the USA) data processing procedures were developed for the quality control and systematic handling of the data. Data from samples of seawater collected by the ships crew and analysed in NOC (730 samples) have been used to confirm the consistency of the data from the automated measurement system on the ship. To examine the data collected between 2007 and 2012 the movements of the ship are divided into 16 voyages. Initially The Celebes traded on a route circum-navigating the globe via the Panama and Suez Canals. In 2009 the route shifted to one between Australia and New Zealand to USA and Canada. Analysis of the data is an on going process. It has demonstrated that the system produces reliable data. Data are capable of improving existing estimates of seasonal variability. The work has improved knowledge of gas exchange processes. Data from the crew-collected-samples are helping improve our ability to estimate alkalinity in different areas. This helps with the study of ocean acidification. Data from the 9 round trips in the Pacific are currently being examined along with data made available by the NOAA-PMEL laboratory forming time series from 2004 to 2012. The data from the Pacific route are of considerable interest. One reason is that the data monitors variations in the fluxes of CO2 associated with the current that flows westwards along the equator. This is one of the major natural sources of CO2 from the ocean into the atmosphere
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