Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia

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1. Verfasser: Siregar, Iskandar Zulkarnaen 1966- (VerfasserIn)
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adam_text Titel: Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia Autor: Siregar, Iskandar Zulkarnaen Jahr: 2000 TABLE OF CONTENTS LIST OF TABLES.v LIST OF FIGURES.ix LIST OF APPENDICES.xi ACKNOWLEDGEMENT.xii CHAPTER 1 GENERAL INTRODUCTION.1 1.1. Background and rationales.1 1.2. Research strategies and objectives.2 1.3. Research locations.3 CHAPTER 2 Pinus merkusii Jungh. et de Vriese IN INDONESIA.6 2.1. Taxonomy and physiognomy.6 2.2. Natural distribution and ecology.6 2.3. Conservation, cultivation and breeding.7 2.4. Economic and ecological significance.9 CHAPTER 3 QUANTITATIVE MEASUREMENT OF GENETIC VARIATION AND MATING PREFERENCES.10 3.1. Introduction.10 3.2. Characterisation of genetic structures and variation.11 3.2.1. Measurement of basic genetic parameters.11 3.2.2. Measurement of genetic structure and variation within populations.13 3.2.3. Measurement of genetic structure and variation among populations.15 3.2.4. Statistical tests.17 3.3. Concepts of mating preferences.18 3.3.1. Single tree progeny.18 3.3.2. Population progeny.19 CHAPTER 4 INHERITANCE STUDIES.21 4.1. Introduction.21 4.2. Literature review.21 4.2.1. Biochemical basis of isoenzymes.21 4.2.2. Isoenzymes as genetic markers.22 4.2.3. P. merkusii experiences.24 4.3. Materials and methods.24 4.3.1. Seeds.Z!ZZZ"ZZZZZZZ!25 4.3.2. Electrophoresis.25 4.3.3. Statistical methods.26 4.4. Results. 29 4.4.1. Electrophoresis and isozyme polymorphisms.29 4.4.2. Description and segregation of isozyme banding patterns.30 4.4.2.1. Monomorphic loci.30 4.4.2.2. Polymorphic loci.33 4.4.2.3. Pooled data.45 4.4.3. Linkage relationships.45 4.4.4. Segregation distortion.47 4.5. Discussion.50 4.5.1. Segregation analysis.51 4.5.2. Linkage.52 4.5.3. Segregation distortion.54 CHAPTERS GENETIC STRUCTURE AND VARIATION.56 5.1. Introduction.56 5.2. Literature review.56 5.2.1. The genetic system.56 5.2.2. Genetic variation of tropical trees.57 5.2.3. P. merkusii experiences.58 5.3. Materials and methods.59 5.3.1. Seeds.59 5.3.2. Electrophoresis.59 5.3.3. Measures of variability.60 5.4. Results.60 5.4.1. Genetic variability of seed trees and progenies within populations.60 5.4.2. Allelic structure among seed trees, embryos and pollen contributions.61 5.4.3. Allelic diversities of seed trees, embryos and pollen contributions.62 5.4.4. Genetic distances between populations.63 5.4.5. Genetic differentiation among populations.64 5.5. Discussion.67 5.5.1. Genetic variation and differentiation.67 5.5.2. Absence of genetic variation.67 5.5.3. Genetic distance and gene flow.68 CHAPTER 6 HETEROGENEITY OF POLLEN ALLELE FREQUENCIES AND ESTIMATION OF MATING SYSTEM PARAMETERS.70 6.1. Introduction.70 6.2. Literature review.71 6.2.1. Reproduction on P. merkusii.71 6.2.2. Reproductive system and mating system.71 6.2.3. Random mating and its deviation.73 6.2.4. Estimation of mating system parameters.74 6.2.5. P. merkusii experiences.76 6.3. Materials and methods.76 6.3.1. Seeds.76 6.3.2. Electrophoresis.78 6.3.3. Data analysis.79 6.4. Results.80 6.4.1. Allelic diversity1 of effective pollen clouds.80 6.4.2. Differentiation among single tree pollen clouds (sitpocs).80 6.4.3. Estimation of outcrossing rates and its relation to seed production.83 6.5. Discussion.87 6.5.1. Heterogeneity of single tree pollen clouds.87 6.5.2. Outcrossing rates, mating system and seed production.89 CHAPTER 7 CHARACTERISATION OF REPRODUCTIVE SYSTEM IN THE SEEDLING SEED ORCHARD.94 7.1. Introduction.94 7.2. Literature review.95 7.2.1. Reference structures for the analysis of reproductive system.95 7.2.2. Analysis of mating system.96 7.2.3. P. merkusii experiences.96 7.3. Materials and methods.97 6.3.1. Seeds.97 6.3.2. Electrophoresis.97 6.3.3. Data analysis.97 7.4. Results.98 7.4.1. Comparison between the observed genetic structures and reference structures.98 7.4.2. Estimation of mating preferences in single tree progeny.100 7.4.3. Estimation of mating preferences(C/) assortative mating (£/*) and inbreeding coefficients (F,,) in population progeny.101 7.5. Discussion.104 7.5.1. Mating system components of single tree progeny.105 7.5.2. Mating system components of single tree progeny.1°7 CHAPTER8 INTEGRATED DISCUSSION AND CONCLUSIONS.109 8.1. Integrated discussion.109 8.2. Conclusions.114 SUMMARY.117 ZUSAMMENFASSUNG.120 REFERENCES.124 LIST OF TABLES CHAPTER 1 Table 1-1. Geographic origin of the P. merkusii populations sampled for electrophoresis and the number of trees sampled together with their seeds.4 CHAPTER 4 Tabie 4-1. List of the results of inheritance studies in P. merkusii.24 Table 4-2. Number of family and total seed used in the inheritance studies.25 Table 4-3. Running buffers and conditions of starch gel electrophoresis for P. merkusii isoenzymes.29 Table 4-4. Enzyme (enzyme commission nusmbers), their abbreviations, buffer systems used, number of loci and alleles, and their level of variations.30 Table 4-5a. Observed segregation of allozymes from megagametophytes of P. merkusii trees at gene loci of GOT and goodness of fit to the 1:1 expected ratio.35 Table 4-5b. Test of progeny segregation of heterozygous seed trees at gene loci of GOT (GnxET and Hattemer, 1989; GnXET, 1999).36 Table 4-6a. Observed segregation of allozymes from megagametophytes of P. merkusii trees at gene loci of PGM and goodness of fit to the 1:1 expected ratio.38 Table 4-6b. Test of progeny segregation of heterozygous seed trees at gene loci of PGM (GEXET and HATTEMER, 1989; GlLtET, 1999).39 Table 4-7a. Observed segregation of allozymes from megagametophytes of P. merkusii trees at the gene locus SKDH-A and goodness of fit to the 1:1 expected ratio.40 Table 4-7b. Test of progeny segregation of heterozygous seed trees at gene locus SKDH-A (Gexet and Hattemer, 1989; Giluet, 1999).41 Table 4-8a. Observed segregation of allozymes from megagametophytes of P. merkusii trees at the gene locus NDH-A and goodness of fit to the 1:1 expected ratio.42 Tabie 4~8b. Test of progeny segregation of heterozygous seed trees at gene locus NDH-A (Gdxet and Hattemer, 1989; Gillet, 1999).43 Table 4-9a. Observed segregation of allozymes from megagametophytes of P. merkusii trees at the gene locus FDH-A and goodness of fit to the 1:1 expected ratio.44 Table 4-9b. Test of progeny segregation of heterozygous seed trees at gene locus FDH-A (GnXET and HATTEMER, 1989; GnxET, 1999).+* Table 4-10. Observed ailelic segregation in the endosperm of putarjveiy heterozygous P. merkusii seed trees (pooled data).45 Table 4-11. Number of tree analysed for linkage for each pair of loci (upper right half) and results of statistical tests for linkage (lower left half).46 Table 4-12. Pairs of loci for which significant levels of linkage were detected in at least one tree.47 Table 4-13. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene loci of GOT-C.48 Tabel 4-14. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene loci of GOT-D.48 Tabel 4-15. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene locus PGM-B.49 Tabel 4-16. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene locus SKDH-A.49 Tabel 4-17. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene locus NDH-A.50 Tabel 4-18. Genotypic frequency and test of product structure from trees showing significant segregation distortion at gene locus FDH-A.50 CHAPTERS Table 5-1. Genetic variation measures of seed trees and progenies in the investigated populations of P. merkusii based on a survey of 10 enzyme gene loci.60 Table 5-2. Allelic structures of seed trees, their embryos and pollen contributions at the polymorphic gene loci in the investigated populations of P. merkusii.62 Table 5-3. Allelic diversity of seed trees, their progeny (embryos) and their effective pollen clouds in the investigated populations.63 Table 5-4. Matrix of average gene pool distances (do) according to GREGORIUS (1974, below diagonal) and genetic distances according to Nm (1972, above diagonal) .65 Table 5-5. Allelic differentiation (Dj) and their average (8) among population samples of P. merkusii (GREGORIUS and Roberds, 1986) and fixation index Fst(Wright, 1965). In a log likelihood ratio test of homogeneity (G» test) the allelic frequency distributions were all significant at the 0.1% level of significance.65 CHAPTER 6 Table 6-1. Table 6-2. Table 6-3. Table 6-4. Table 6-5. Table 6-6. Table 6-7. CHAPTER 7 Table 7-1. Table 7-2. Table 7-3. Outcrossing (%) estimates in Pinus as tabulated from many studies by Ledig(1998) (modified). Allelic diversity (v) of single tree pollen clouds (sitpocs) and of the pooled pollen cloud in a Pinus merkusii seedling seed orchard in Java. Asterisk refers to the allelic diversity of effective pollen clouds in this orchard (see Table 5-3, Chapter 5). Seeds were sampled in five open-pollinated families. (N) refers to the number of seeds per tree. Allelic diversity (v) of clumped and isolated tree pollen clouds, of their pooled pollen clouds, and of the total pollen cloud of the conservation stand of Aceh. Asterisk refers to the diversity of pollen cloud in this stand (see Table 5-3, Chapter 5). (N) refers to the number of seeds per tree. Differentiation Dj and fixation index Fsr among single tree pollen clouds (sitpocs) in a P. merkusii seedling seed orchard of Java. (N) refers to the number of seeds per tree. Significant levels are NS (not significant), 0.05 (*), 0.01 (**) and 0.001 (***). Differentiation Dj and fixation Fst among single clumped and isolated tree pollen clouds (sitpocs) in a natural stand of P. merkusii at Aceh (Sumatra). (N) refers to the number of seeds per tree. Significant levels are NS (not significant), 0.05 (*), and 0.01 (**). Multilocus estimates (rm) of single-tree outcrossing rates, multi- (tm) and average single locus (t/) estimates of population outcrossing rates together with their standard deviation. Estimation followed the method of RrTLAND and Jain (1981). In the right-most column, the respective proportions were derived by the paternity exclusion method. The percentages of filled seed are presented for comparison. The sample sizes are shown in Table 6-2 (Java) and Table 6-3 (Aceh), respectively. Multilocus estimates (tm) of single-cone outcrossing rates. Estimation followed the method of RrTLAND and Jain (1981). In the right-most column, the respective proportions were derived by the paternity exclusion method. The percentages of filled seed are presented for comparison. .73 .81 .81 .82 .86 .87 Summary of statistical comparison (G-test) between the observed genotypic structures and each reference structures. Significant level is 0.05 (•).99 Fixation index for each homozygote (Fa) and each hetero- zygote (Fi}) at the gene loci GOT-C, PGM-B and SKDH-A.100 Mating preferences of individual seed trees for male gametes measured at gene loci GOT-C and PGM-B. R, refers to seed tree population (N=30) as mating references.101 Table 7-4. Summary of statistical (G-tests) comparison between the observed genotypic structures and each reference structure. Significant levels are 0.05 (*), 0.01(**) and 0.001 (***).102 Table 7-5. Mating references qi and mating success ht'= / ; 9/qt of female and hf- pf/qi of male gametes at three gene loci in a sample of 681 seeds of the seedling seed orchard.102 Table 7-6. Allelic preference parameters U and V* for all genotypes at the gene loci GOT-B, PGM-B, SKDH-A based on the observed frequency of ordered geneotypes among progeny and the allele frequencies in the parental and in the progeny of the seedling seed orchard.103 LIST OF FIGURES CHAPTER 1 Figure 1-1. CHAPTER4 Figure 4-1. Figure 4-2. Figure 4-3. Figure 4-4. Figure 4-5. CHAPTER 5 Figure 5-1. Figure 5-2. Figure 5-3. CHAPTER 6 Figure 6-1. Figure 6-2. Geographic distribution of P. merkusii natural populations in Sumatra and plantations in Java. Sampled populations are marked with A=Aceh, K=Kerinci and J=Java (Source: Critchheld and Little, 1966; Anonymous, 1998).4 GOT banding patterns of megagametophytes (in) and their corresponding embryos (2n). The schematic patterns refers to the photograph above .34 PGM banding patterns of megagamettophytes (In) and their corresponding embryos (2ri). The schematic pattern refers to the photograph above.37 SKDH banding patterns of megagamettophytes (in) and their corresponding embryos (2n). The schematic pattern refers to the photograph above .40 NDH banding patterns of megagamettophytes (In) and their corresponding embryos (2n). In zymograms of putative heterozygotes the individual isozyme bands are not visible. These zymograms are denoted by#.41 FDH banding patterns of megagamettophytes (In) and their corresponding embryos (2«).43 Evolutionary factors and their influence on the phenotypic structure of a population (Hattemer and Muller-Starck, 1990).57 Correlation between average gene pool distances (do) according to GREGORIUS (1974) and genetic distances according to NH (1972). Note: (*) symbol refers to the genetic distances between populations Java and Aceh and (•) symbol refers to the genetic distances between populations Kerinci and Java as well as populations Kerinci and Aceh.63 Allelic differentiation (Dj) among populations as shown by snail diagrams. The length of the radii denotes Dj and the radius of the circle is equal to 8. Tree refers to seed trees, Emb refers to embryos and Pol refers to effective pollen.66 Map showing the distribution of the trees studied in the conservation stand of Aceh. (o) refers to the trees from which seed samples were collected.77 Map showing the distribution of the trees in the seedling seed orchard of Java. (•) refers to the trees from which seed samples were collected.78 Figure 6-3. Correlation between average differentiation 8 and fixation index Fsr among sitpocs within the seed orchard (•) and within the conservation stand (?).83 Figure 6^. Regression analysis between outcrossing rates and percentages of filled seed. The graph on the left refers to average soutcrossing rates estimated by MLTR of Ritland (1994), while the one on the right hand side refers to minimum outcrossing according to the paternity exclusion method.85 APPENDICES Appendix 4-1. Enzyme staining recipes for polymorphic enzyme systems.140 Appendix 6-1. Number of seeds per cone and percentage of filled seed collected from the conservation stand of Aceh.141 Appendix 6-2. Number of seeds per cone and percentage of filled seeds collected from the national park of Kerinci.142 Appendix 6-3. Number of seeds per cone and percentage of filled seeds collected from the seedling seed orchard of Java.143 Appendix 6-4. Allelic diversity (v) of single-cone pollen clouds and the genetic distance (do) to their seed trees.146 Appendix 6-5. Differentiation among single-cone pollen clouds in a P. merkusii seedling seed orchard.i46 Appendix 7-1. Breakdown of 30 family sizes (n) which were mixed as bulk seed from P. merkusii seedling seed orchard.147
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physical XII, 147 S. graph. Darst., Kt. : 21 cm
publishDate 2000
publishDateSearch 2000
publishDateSort 2000
publisher Cuvillier
record_format marc
spellingShingle Siregar, Iskandar Zulkarnaen 1966-
Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia
Nationalsozialistische Deutsche Arbeiter-Partei
Politik
Propaganda, German
Genetische Variabilität (DE-588)4264352-1 gnd
Pinus merkusii (DE-588)4601286-2 gnd
Markierungsgen (DE-588)4168918-5 gnd
Isoenzym (DE-588)4125489-2 gnd
subject_GND (DE-588)4264352-1
(DE-588)4601286-2
(DE-588)4168918-5
(DE-588)4125489-2
(DE-588)4026761-1
(DE-588)4113937-9
title Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia
title_auth Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia
title_exact_search Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia
title_full Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia by Iskandar Zulkarnaen Siregar
title_fullStr Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia by Iskandar Zulkarnaen Siregar
title_full_unstemmed Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia by Iskandar Zulkarnaen Siregar
title_short Genetic aspects of the reproductive system of Pinus merkusii Jungh. et de Vriese in Indonesia
title_sort genetic aspects of the reproductive system of pinus merkusii jungh et de vriese in indonesia
topic Nationalsozialistische Deutsche Arbeiter-Partei
Politik
Propaganda, German
Genetische Variabilität (DE-588)4264352-1 gnd
Pinus merkusii (DE-588)4601286-2 gnd
Markierungsgen (DE-588)4168918-5 gnd
Isoenzym (DE-588)4125489-2 gnd
topic_facet Nationalsozialistische Deutsche Arbeiter-Partei
Politik
Propaganda, German
Genetische Variabilität
Pinus merkusii
Markierungsgen
Isoenzym
Deutschland
Germany Politics and government 1933-1945
Indonesien
Hochschulschrift
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012909863&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv AT siregariskandarzulkarnaen geneticaspectsofthereproductivesystemofpinusmerkusiijunghetdevrieseinindonesia