Papin pojasta suurteollisuusmieheksi : Alfred Kihlman ja nousevan keskiluokan sosiaaliset verkostot 1800-luvun Suomessa

Tutkimuksen tavoitteena on hahmottaa 1800-luvulla tapahtunutta keskiluokan sosiaalista nousua pohjalaissyntyisen papin, opettajan, liikemiehen ja valtiopäiväedustajan Alfred Kihlmanin (1825-1904) elämänvaiheiden kautta. Kyseessä ei ole perinteinen elämäkerta, vaan työn pyrkimyksenä on mikrotason tarkan analyysin kautta päästä käsiksi laajempiin yhteiskunnallisiin muutosprosesseihin. Erityisen kiinnostuksen kohteena ovat erilaiset sosiaaliset verkostot sekä niiden merkitys Kihlmanin kaltaisen keskiluokkaisen yksilön sosiaaliselle nousulle. Tutkimus jakautuu kahteen pääosaan, joista ensimmäinen käsittelee heränneiden pappien verkostoja 1840-luvulla ja 1850-luvun alussa ja jälkimmäinen liikemiesverkostoja 1850-luvun jälkipuolelta 1870-luvun alkuun. Pääasiallisena lähdeaineistona on Alfred Kihlmanin laaja kirjeenvaihto. Alfred Kihlman liittyi kouluvuosinaan 1840-luvun alussa nuorison piirissä nopeasti levinneeseen herännäisyyteen. Nuoret heränneet papit muodostivat tiiviin sosiaalisen verkoston, joka perustui jaetulle uskonnolliselle ideologialle sekä pappisperheiden välisille avioliittositeille. Lisäksi verkostoa pidettiin yllä yhteisillä kokoontumisilla, vierailuilla, kirjeenvaihdolla sekä palvelusten vaihtamisella. Verkoston välityksellä saatiin tehokkaasti mm. informaatiota sekä rahalainoja. Herännäisyys nousi nuoren keskiluokkaisen papiston omaa yhteiskunnallista voimattomuuttaan kohtaan tuntemasta tyytymättömyydestä. Kun sivistyneistön mahdollisuudet menestyä perinteisillä foorumeilla olivat autonomian alkupuolella heikot, nuoret heränneet kielsivät uskonnollisessa ideologiassaan arvon maalliselta menestykseltä ja rakensivat oman verkostonsa, jonka sisällä he saattoivat toteuttaa pätemisentarvettaan. Yhteiskunnallisen tilanteen muututtua verkosto muuttui 1850-luvun alussa hyödystä rasitteeksi, minkä seurauksena heränneiden pappien rivit hajaantuivat. Irtauduttuaan herännäisyydestä Alfred Kihlman siirtyi opettajan uralle. Heränneeltä vaimoltaan perimänsä varallisuuden sekä nuoruus- ja herännäisvuosinaan solmimiensa ystävyyssuhteiden ansiosta hän ajatui 1850-luvun kuluessa yhä enemmän myös liike-elämään. Hänen merkittävimmäksi toimintakentäkseen muodostuivat Suomen Yhdyspankki sekä Tampereen Pellava- ja Rautateollisuus, jonka johtajana hän toimi vuodesta 1866 lähtien. 1860-luvulla liikemiesverkostot perustuivat suurelta osin sukulaisuuteen, mutta yhä enenevässä määrin myös ystävyys-, kollega- ja liikekumppanuussuhteisiin. Kun pankkilaitos oli vielä hyvin kehittymätön, verkostot olivat etenkin pääomien hankinnassa avainasemassa. Tiiviit lainaverkostot olivat huonojen suhdanteiden aikana toisaalta myös vaaraksi, sillä yksi suuri konkurssi saattoi vetää mukanaan joukoittain liikemiehiä. Verkostojen kautta voitiin välittää ja saada myös suosituksia sekä sisäpiiritietoa, jota ei ollut saatavissa muista lähteistä. Yhteiskunnan muuttuminen ja henkilösuhteet mahdollistivat Alfred Kihlmanin sosiaalisen nousun. Teollistuminen ja liike-elämän vapautuminen tarjosivat uusia mahdollisuuksia keskiluokan yritteliäille yksilöille. Ylempien yhteiskuntaluokkien välisten säätyjen välisten raja-aitojen tasaantuminen tekivät 1850-luvun puolivälissä mahdolliseksi myös papin osallistumisen liike-elämään. Avainsanat: sosiaaliset verkostot - Suomi - 1800-luku - herännäisyys - kirkkohistoria - taloushistoria

Construction of microsatellite linkage maps for Corymbia

The genus Corymbia is closely related to the genus Eucalyptus, and like Eucalyptus contains tree species that are important for sub-tropical forestry. Corymbia's close relationship with Eucalyptus suggests genetic studies in Corymbia should benefit from transfer of genetic information from its more intensively studied relatives. Here we report a genetic map for Corymbia spp. based on microsatellite markers identified de novo in Corymbia sp or transferred from Eucalyptus. A framework consensus map was generated from an outbred F 2 population (n = 90) created by crossing two unrelated Corymbia torelliana x C. citriodora subsp. variegata F1 trees. The map had a total length of 367 cM (Kosambi) and was composed of 46 microsatellite markers distributed across 13 linkage groups (LOD 3). A high proportion of Eucalyptus microsatellites (90%) transferred to Corymbia. Comparative analysis between the Corymbia map and a published Eucalyptus map identified eight homeologous linkage groups in Corymbia with 13 markers mapping on one or both maps. Further comparative analysis was limited by low power to detect linkage due to low genome coverage in Corymbia, however, there was no convincing evidence for chromosomal structural differences because instances of non-synteny were associated with large distances on the Eucalyptus map. Segregation distortion was primarily restricted to a single linkage group and due to a deficit of hybrid genotypes, suggesting that hybrid inviability was one factor shaping the genetic composition of the F2 population in this inter-subgeneric hybrid. The conservation of microsatellite loci and synteny between Corymbia and Eucalyptus suggests there will be substantial value in exchanging information between the two groups.

How accurate are the marker orders in crop linkage maps generated from large marker datasets?

Marker ordering during linkage map construction is a critical component of QTL mapping research. In recent years, high-throughput genotyping methods have become widely used, and these methods may generate hundreds of markers for a single mapping population. This poses problems for linkage analysis software because the number of possible marker orders increases exponentially as the number of markers increases. In this paper, we tested the accuracy of linkage analyses on simulated recombinant inbred line data using the commonly used Map Manager QTX (Manly et al. 2001: Mammalian Genome 12, 930-932) software and RECORD (Van Os et al. 2005: Theoretical and Applied Genetics 112, 30-40). Accuracy was measured by calculating two scores: % correct marker positions, and a novel, weighted rank-based score derived from the sum of absolute values of true minus observed marker ranks divided by the total number of markers. The accuracy of maps generated using Map Manager QTX was considerably lower than those generated using RECORD. Differences in linkage maps were often observed when marker ordering was performed several times using the identical dataset. In order to test the effect of reducing marker numbers on the stability of marker order, we pruned marker datasets focusing on regions consisting of tightly linked clusters of markers, which included redundant markers. Marker pruning improved the accuracy and stability of linkage maps because a single unambiguous marker order was produced that was consistent across replications of analysis. Marker pruning was also applied to a real barley mapping population and QTL analysis was performed using different map versions produced by the different programs. While some QTLs were identified with both map versions, there were large differences in QTL mapping results. Differences included maximum LOD and R-2 values at QTL peaks and map positions, thus highlighting the importance of marker order for QTL mapping

A consensus genetic map of sorghum that integrates multiple component maps and high-throughput Diversity Array Technology (DArT) markers

Background: Sorghum genome mapping based on DNA markers began in the early 1990s and numerous genetic linkage maps of sorghum have been published in the last decade, based initially on RFLP markers with more recent maps including AFLPs and SSRs and very recently, Diversity Array Technology (DArT) markers. It is essential to integrate the rapidly growing body of genetic linkage data produced through DArT with the multiple genetic linkage maps for sorghum generated through other marker technologies. Here, we report on the colinearity of six independent sorghum component maps and on the integration of these component maps into a single reference resource that contains commonly utilized SSRs, AFLPs, and high-throughput DArT markers. Results: The six component maps were constructed using the MultiPoint software. The lengths of the resulting maps varied between 910 and 1528 cM. The order of the 498 markers that segregated in more than one population was highly consistent between the six individual mapping data sets. The framework consensus map was constructed using a "Neighbours" approach and contained 251 integrated bridge markers on the 10 sorghum chromosomes spanning 1355.4 cM with an average density of one marker every 5.4 cM, and were used for the projection of the remaining markers. In total, the sorghum consensus map consisted of a total of 1997 markers mapped to 2029 unique loci ( 1190 DArT loci and 839 other loci) spanning 1603.5 cM and with an average marker density of 1 marker/0.79 cM. In addition, 35 multicopy markers were identified. On average, each chromosome on the consensus map contained 203 markers of which 58.6% were DArT markers. Non-random patterns of DNA marker distribution were observed, with some clear marker-dense regions and some marker-rare regions. Conclusion: The final consensus map has allowed us to map a larger number of markers than possible in any individual map, to obtain a more complete coverage of the sorghum genome and to fill a number of gaps on individual maps. In addition to overall general consistency of marker order across individual component maps, good agreement in overall distances between common marker pairs across the component maps used in this study was determined, using a difference ratio calculation. The obtained consensus map can be used as a reference resource for genetic studies in different genetic backgrounds, in addition to providing a framework for transferring genetic information between different marker technologies and for integrating DArT markers with other genomic resources. DArT markers represent an affordable, high throughput marker system with great utility in molecular breeding programs, especially in crops such as sorghum where SNP arrays are not publicly available.

Pre-maps : An Educational Programme for Reading Tactile Maps

It is demanding for children with visual impairment to become aware of the world beyond their immediate experience. They need to learn to control spatial experiences as a whole and understand the relationships between objects, surfaces and themselves. Tactile maps can be an excellent source of information for depicting space and environment. By means of tactile maps children can develop their spatial understanding more efficiently than through direct travel experiences supplemented with verbal explanations. Tactile maps can help children when they are learning to understand environmental, spatial, and directional concepts. The ability to read tactile maps is not self-evident; it is a skill, which must be learned. The main research question was: can children who are visually impaired learn to read tactile maps at the preschool age if they receive structural teaching? The purpose of this study was to develop an educational program for preschool children with visual impairment, the aim of which was to teach them to read tactile maps in order to strengthen their orientation skills and to encourage them to explore the world beyond their immediate experience. The study is a multiple case study describing the development of the map program consisting of eight learning tasks. The program was developed with one preschooler who was blind, and subsequently the program was implemented with three other children. Two of the children were blind from birth, one child had lost her vision at the age of two, and one child had low vision. The program was implemented in a normal preschool. Another objective of the pre-map program was to teach the preschooler with visual impairment to understand the concept of a map. The teaching tools were simple, map-like representations called pre-maps. Before a child with visual impairment can read a comprehensive tactile map, it is important to learn to understand map symbols, and how a three-dimensional model changes to a two-dimensional tactile map. All teaching sessions were videotaped; the results are based on the analysis of the videotapes. Two of the children completed the program successfully, and learned to read a tactile map. The two other children felt happy during the sessions, but it was problematic for them to engage fully in the instruction. One of the two eventually completed the program, while the other developed predominantly emerging skills. The results of the children's performances and the positive feedback from the teachers, assistants and the parents proved that this pre-map program is appropriate teaching material for preschool children who are visually impaired. The program does not demand high-level expertise; also parents, preschool teachers, and school assistants can carry out the program.

Alfred Falk outdoors feeding a dog Portraits Men

Handwritten on verso: fuer Hans Frankenbach

Lotte Stern and Dr. Alfred Stern with Otto Wallerstein, a relative of Lotte's father; Berkeley, California.

From left to right: Lotte Stern, Otto Wallerstein, Alfred Stern; Photograph taken shortly after arrival in Berkeley, California

Gathering in the home of Dr. Alfred Stern and his wife Lotte nee Wallerstein; Paula Wallerstein nee Molling; Rheydt, Germany. Portraits Groups

Dr. Alfred Stern probably standing far left; Paula Wallerstein nee Molling seated in center

Lotte Stern and Dr. Alfred Stern with Otto Wallerstein, a relative of Lotte's father; Berkeley, California.

From left to right: Lotte Stern, Otto Wallerstein, Alfred Stern; Photograph taken shortly after arrival in Berkeley, California

Alfred Lichtenstein making a movie; Berlin.

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Portrait of Alfred Lichtenstein smoking a pipe.

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Portrait of Alfred Lichtenstein with his flute; Berlin.

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