Change links in sgn issues from .doc to .pdf, corresponding with that…

… change in the Data Store annex

_data/sgn/sgn_1999/issue.yml

@@ -9,7 +9,7 @@
     inheritance of resistance to P. sojae in PI 567574A. Results indicate that there are two
     alleles at independent loci that control resistance in this PI. Allelism studies indicated that
     the two alleles are Rps1c and Rps3a."
-  file: "Inheritance_of_Resistance_to_Phytophthora_sojae_in_the_Soybean_PI_567574A.doc"
+  file: "Inheritance_of_Resistance_to_Phytophthora_sojae_in_the_Soybean_PI_567574A.pdf"
 
 - title: "Animation and Image Analysis for Evaluation of Soybean (Glycine max L. Merrill.) Somatic Embryo Growth"
   authors: "Marco T. Buenrostro-Nava1,3, Holly M. Frantz1, Peter P. Ling2 and John J. Finer1,4"
@@ -38,7 +38,7 @@
     and very subjective. This makes comparisons difficult with qualitative data from different
     laboratories.<br>The objective of this work was to demonstrate the capability of characterizing
     somatic embryo development using image analysis and animation techniques."
-  file: "Animation_and_Image_Analysis_for_Evaluation_of_Soybean_Glycine_max_Somatic_Embryo_Growth.doc"
+  file: "Animation_and_Image_Analysis_for_Evaluation_of_Soybean_Glycine_max_Somatic_Embryo_Growth.pdf"
 
 - title: "Segregation for Stem Canker resistance in Southern Soybean crosses"
   authors: "J. Tyler"
@@ -52,7 +52,7 @@
     This indicates that few loci are represented in the current elite breeding gene pool. An
     implication from the study is that breeders can delay testing for stem canker resistance until
     very late phases of development if both parents are resistant."
-  file: "Segregation_for_Stem_Canker_resistance_in_Southern_Soybean_crosses.doc"
+  file: "Segregation_for_Stem_Canker_resistance_in_Southern_Soybean_crosses.pdf"
 
 - title: "RAPD Markers Associated with Salt Tolerance In Wild Soybean Populations"
   authors: "Q. Zhang, H. Wang, and  Z. Hu"
@@ -68,7 +68,7 @@
     present investigation was conducted to further examine randomly amplified polymorphism DNA
     (RAPD) markers associated with salt tolerance and therefore to study the molecular mechanisms
     of adaptation of wild soybean to changing saline conditions."
-  file: "RAPD_Markers_Associated_with_Salt_Tolerance_In_Wild_Soybean_Populations.doc"
+  file: "RAPD_Markers_Associated_with_Salt_Tolerance_In_Wild_Soybean_Populations.pdf"
 
 - title: "Soybean Linkage Studies: y18 and y20"
   authors: "J. D. Burzlaff, and R. G. Palmer"
@@ -79,7 +79,7 @@
     y20 [Soybase] and the yellow lethal mutant was allelic to y18 [Soybase]. These data will be
     reported elsewhere. Our objective was to determine linkage relationships of these two mutants
     with morphological and isoenzyme mutants in soybean."
-  file: "Soybean_Linkage_Studies_y18_and_y20.doc"
+  file: "Soybean_Linkage_Studies_y18_and_y20.pdf"
 
 - title: "Soybean Linkage Studies: Chlorophyll-deficient Mutant"
   authors: "R. G. Palmer"
@@ -91,7 +91,7 @@
     [Soybase] (T288 [GRIN]) and was placed on classical genetic linkage group 8 [Soybase] (Palmer
     et al. 1990).<br>Our objective was to determine the inheritance and linkage relationships of
     chlorophyll-deficient Williams (77-2-80) obtained from A. Williams."
-  file: "Soybean_Linkage_Studies_Chlorophyll_deficient_Mutant.doc"
+  file: "Soybean_Linkage_Studies_Chlorophyll_deficient_Mutant.pdf"
 
 - title: "Genetic Study on Resistance to Soybean Cyst Nematode (Heterodera glycines) Race 14 in Huibuzhi Black Bean from Xing County in Shanxi Province"
   authors: "Yantong Wang1, Peng Deliang2, and Chen Shouyi3"
@@ -102,7 +102,7 @@
     is to determine SCN race type at the Experiment station, Plant Protection Institute, Chinese
     Academy of Agricultural Sciences in Beijing and to investigate the inheritance of resistance of
     the identified SCN race in Huibuzhi black bean."
-  file: "Genetic_Study_on_Resistance_to_Soybean_Cyst_Nematode_Heterodera_glycines_Race_14_in_Huibuzhi_Black_Bean.doc"
+  file: "Genetic_Study_on_Resistance_to_Soybean_Cyst_Nematode_Heterodera_glycines_Race_14_in_Huibuzhi_Black_Bean.pdf"
 
 - title: "The Amino Acid Sequence Determination of a New Variant of Kunitz Soybean Trypsin Inhibitor (SBTi-A2)"
   authors: "Xin Hua, Xie Kefang, Dong Aiwu, Yan Qingyan, and Gu Qimin"
@@ -112,7 +112,7 @@
     variant of SBTi-A2 discovered in the Gansu province of China. The amino acid sequence of Ti
     protein was deduced from its DNA sequence which is obtained by PCR and determined by DNA
     sequence analysis in our laboratory."
-  file: "The_Amino_Acid_Sequence_Determination_of_a_New_Variant_of_Kunitz_Soybean_Trypsin_Inhibitor_SBTi_A2.doc"
+  file: "The_Amino_Acid_Sequence_Determination_of_a_New_Variant_of_Kunitz_Soybean_Trypsin_Inhibitor_SBTi_A2.pdf"
 
 - title: "Effect of Different Mutagenic Treatments on Morphological Traits of M2 Generation of Soybean"
   authors: "Martin Hajduch*2, Frantisek Debre3, Blanka B&ouml;hmov&aacute;1, and Anna Pretov&aacute;2"
@@ -121,7 +121,7 @@
     undertaken to obtain information on effect of g-irradiation and sodium azide as well as their
     combination on morphological traits of the M2 generation of two soybean cultivars Tolena and
     Toping."
-  file: "Effect_of_Different_Mutagenic_Treatments_on_Morphological_Traits_of_M2_Generation_of.doc"
+  file: "Effect_of_Different_Mutagenic_Treatments_on_Morphological_Traits_of_M2_Generation_of.pdf"
 
 - title: "Inheritance of Partial Resistance to Sclerotinia sclerotiorum in Soybean Cultivars Asgrow A2506 and Novartis S19-90"
   authors: "D. D. Hoffman1, A. D. Nickell2, C. D. Nickell1, B.W. Diers1, and G. L. Hartman1"
@@ -142,7 +142,7 @@
     means evaluation would be more efficient than selecting on a single F2 plant basis. The high
     heritability estimates in our greenhouse evaluations are valuable to soybean breeders selecting
     for partial resistance to S. sclerotiorum."
-  file: "Inheritance_of_Partial_Resistance_to_Sclerotinia_sclerotiorum_in_Soybean_Cultivars_Asgrow_A2506_and_Novartis_S19_90f.doc"
+  file: "Inheritance_of_Partial_Resistance_to_Sclerotinia_sclerotiorum_in_Soybean_Cultivars_Asgrow_A2506_and_Novartis_S19_90f.pdf"
 
 - title: "Influence of wp on Pod Characteristics and Agronomic Traits of Soybean Lines"
   authors: "D. C. Gay, J. M. Hegstad, P. A. Stephens, and C. D. Nickell"
@@ -169,7 +169,7 @@
     1945). <br>In the literature, there are no reports relating flower color with seeds per pod or
     loculi per pod. The objective of this study was to describe the influence of wp upon pod
     characteristics and agronomic traits when crossed into a different genetic background."
-  file: "Influence_of_wp_on_Pod_Characteristics_and_Agronomic_Traits_of_Soybean_Lines.doc"
+  file: "Influence_of_wp_on_Pod_Characteristics_and_Agronomic_Traits_of_Soybean_Lines.pdf"
 
 - title: "The Effect of Selection Method on the Association of Yield and Seed Protein with Agronomic Characters in an Interspecific Cross of Soybean"
   authors: "Li Xinhai1, Wang Jinling1,Yang Qingkai1, Jiao Shaojie2, and Wang Liming2"
@@ -184,7 +184,7 @@
     nodes per plant and with number of seeds per pod, and has been positively associated with seed
     size (Fehr and Weber 1968). In two populations, an inverse relationship was reported between
     protein content and resistance to shattering (Johnson et al. 1955b)."
-  file: "The_Effect_of_Selection_Method_on_the_Association_of_Yield_and_Seed_Protein_with_Agronomic_Characters_in_a_Soybean_Interspecific_Cross.doc"
+  file: "The_Effect_of_Selection_Method_on_the_Association_of_Yield_and_Seed_Protein_with_Agronomic_Characters_in_a_Soybean_Interspecific_Cross.pdf"
 
 - title: "The Effects of Daylength on the Growth of Soybean and the Creation of Wide-adaptation Germplasm"
   authors: "Guiru Zhang and Weiguang Du"
@@ -199,7 +199,7 @@
     lines of soybean.<br>The goal of this study was to understand the response of cultivars to
     different daylengths and to create daylength insensitive germplasm. These will provide
     knowledge and material for high-yield breeding and photoperiodic breeding of soybean."
-  file: "The_Effects_of_Daylength_on_the_Growth_of_Soybean_and_the_Creation_of_Wide_adaptation_Germplasm.doc"
+  file: "The_Effects_of_Daylength_on_the_Growth_of_Soybean_and_the_Creation_of_Wide_adaptation_Germplasm.pdf"
 
 - title: "Genetic Analysis of Phytophthora Rot Resistance in the Soybean PI 567.496"
   authors: "A. D. Jenks, R. A. Leitz, and C. D. Nickell"
@@ -209,7 +209,7 @@
     soybeans is controlled by thirteen dominant genes. There are fifty-three known races of the
     pathogen (Ryley et al., 1998). The pathogen may attack plants in all stages of growth with
     disease development favored by poorly drained soils and cool wet weather (Moots, et al., 1988)."
-  file: "Genetic_Analysis_of_Phytophthora_Rot_Resistance_in_the_Soybean_PI_567.496.doc"
+  file: "Genetic_Analysis_of_Phytophthora_Rot_Resistance_in_the_Soybean_PI_567.496.pdf"
 
 - title: "Genetic Analysis of Phytophthora Rot Resistance in the Soybean PI 567.504"
   authors: "D.J. Weber, R.A. Leitz, and C.D. Nickell"
@@ -221,5 +221,5 @@
     Hegstad et al. (1998) suggested on the basis of RFLP analysis that PI 567.504 carries the Rps3a
     gene for resistance to P. sojae. The objective of this study was to determine the genetic
     control of resistance to P. sojae race 25 in PI 567.504."
-  file: "Genetic_Analysis_of_Phytophthora_Rot_Resistance_in_the_Soybean_PI_567.504.doc"
+  file: "Genetic_Analysis_of_Phytophthora_Rot_Resistance_in_the_Soybean_PI_567.504.pdf"
 

_data/sgn/sgn_2000/issue.yml

@@ -10,7 +10,7 @@
     constructed. The map defined 599.8 cM of the soybean genome comprising 15 linkage groups. The
     average interval between these markers was 11.9 cM. An additional 37 polymorphic markers
     remained unlinked."
-  file: "A_Preliminary_Genetic_Linkage_Map_of_Soybean_Using_an_Intraspecific_Cross_of_Two_Cultivars_Peking_and_Lee.doc"
+  file: "A_Preliminary_Genetic_Linkage_Map_of_Soybean_Using_an_Intraspecific_Cross_of_Two_Cultivars_Peking_and_Lee.pdf"
 
 - title: "Genetic Variation in Wild Soybean (Glycine soja Sieb. & Zucc.) Populations Revealed with Simple Sequence Repeat Markers"
   authors: "Yu Bin Li, Zhiang Hu (Author for Correspondence), Qin Zhang, Xin Deng, and Hong Xin Wang"
@@ -28,7 +28,7 @@
     markers were found to be linked to the salt tolerance character of wild soybean (Zhang et al.
     1999). In present paper we evaluated the applicability of SSRs as a source of genetic markers
     in salt resistance of wild soybean in two natural populations in saline conditions."
-  file: "Genetic_Variation_in_Wild_Soybean_Glycine_soja_Populations_Revealed_with_SSR_Markers.doc"
+  file: "Genetic_Variation_in_Wild_Soybean_Glycine_soja_Populations_Revealed_with_SSR_Markers.pdf"
 
 - title: "Further Study on Genotypic Variation of Salt Tolerance to Wild Soybean (Glycine soja Sieb. & Zucc.)"
   authors: "Yu Bin Li, Zhi Ang Hu (Author for Correspondence) and Hong Xin Wang"
@@ -46,15 +46,15 @@
     evaluates the salt tolerance of wild soybean in two saline populations under different
     temperature schedules and developmental stages in order to elucidate salt tolerance of Glycine
     Soja in the real and natural situation."
-  file: "Further_Study_on_Genotypic_Variation_of_Salt_Tolerance_to_Wild_Soybean_Glycine_soja.doc"
+  file: "Further_Study_on_Genotypic_Variation_of_Salt_Tolerance_to_Wild_Soybean_Glycine_soja.pdf"
 
 - title: "Genetic Analysis of a Root Fluorescence Mutant from Yunnan Province China"
   authors: "Pinar Cubukcu1, Soon-Suk Kang2, and  Reid G. Palmer2"
   abstract: "  Fluorescence of soybean roots under ultraviolet light was used in Europe to distinguish cultivars
     (Chmelar 1934; Chmelar and Mostovoj 1934). Delannay and Palmer (1982) and Sawada and Palmer
     (1987) identified four recessive loci fr1 fr2 fr4 and fr5 and one dominant locus Fr3 that
     condition nonfluorescent roots in soybean."
-  file: "Genetic_Analysis_of_a_Root_Fluorescence_Mutant_from_Yunnan_Province_China.doc"
+  file: "Genetic_Analysis_of_a_Root_Fluorescence_Mutant_from_Yunnan_Province_China.pdf"
 
 - title: "Changes of Proline Levels and Abscisic Acid Content in Tolerant/Sensitive Cultivars of Soybean under Osmotic Conditions"
   authors: "Zheng Yi-Zhi and Li Tian"
@@ -66,7 +66,7 @@
     cells from dehydration [2]. Here changes of free proline levels and endogenous ABA content in
     seedling leaves of different soybean cultivars were detected showing a correlation of biotypes
     having elevated levels of proline and ABA content with enhanced tolerance to PEG stress."
-  file: "Changes_of_Proline_Levels_and_Abscisic_Acid_Content_in_Tolerant_Sensitive_Cultivars_of_Soybean_under_Osmotic_Conditions.doc"
+  file: "Changes_of_Proline_Levels_and_Abscisic_Acid_Content_in_Tolerant_Sensitive_Cultivars_of_Soybean_under_Osmotic_Conditions.pdf"
 
 - title: "Cloning and Characterization of a Molecular Marker Associrance from Soybean Cultivarsated with Salt Tole"
   authors: "Zhang Qin, Yun Rui, Hu Zhiang, Zhong Min, Deng Xin"
@@ -79,7 +79,7 @@
     salt-tolerant cultivars (Zhong et al., 1997). In the present work, we describe the cloning and
     characterization of the specific marker 8-27/240bp in order to further study whether it plays
     an important role in salt tolerance of soybean."
-  file: "Cloning_and_Characterization_of_a_Molecular_Marker_Associrance_from_Soybean_Cultivarsated_with_Salt_Tolerance.doc"
+  file: "Cloning_and_Characterization_of_a_Molecular_Marker_Associrance_from_Soybean_Cultivarsated_with_Salt_Tolerance.pdf"
 
 - title: "Gene Expression of Soybean Calli Culture Affected by Auxinoids with Various Chemical Structure"
   authors: "Elena Hlinkov' and Claudia Ruzickov'"
@@ -90,7 +90,7 @@
     a dedifferentiation are conditioned with the chemical structure of used exogenous growth
     regulators an ontogenetic stage of explant and concentration gradient between exogenous and
     endogenous growth regulators..."
-  file: "Gene_Expression_of_Soybean_Calli_Culture_Affected_by_Auxinoids_with_Various_Chemical_Structure.doc"
+  file: "Gene_Expression_of_Soybean_Calli_Culture_Affected_by_Auxinoids_with_Various_Chemical_Structure.pdf"
 
 - title: "Variations for Biomass, Economic Yield and Harvest Index among Soybean Cultivars of Maturity Groups III and IV in Argentina"
   authors: "M.E. Weilenmann de Tau ([email protected]) and J. Lüquez"
@@ -111,7 +111,7 @@
     variability for EY, BY and HI among soybean cultivars, b) identify genotypes having high BY, EY
     and HI and c) determine the associations between BY and HI with EY in order to enhance soybean
     grain yields combining superior genotypes for BY and HI."
-  file: "Variations_for_Biomass_Economic_Yield_and_Harvest_Index_among_Soybean_Cultivars_of_Maturity_Groups_III_and_IV_in_Argentina.doc"
+  file: "Variations_for_Biomass_Economic_Yield_and_Harvest_Index_among_Soybean_Cultivars_of_Maturity_Groups_III_and_IV_in_Argentina.pdf"
 
 - title: "Inheritance of Genes Controlling Photoperiod Insensitivity and Flowering Time in Soybean"
   authors: "I. M. Tasma1, L. L. Lorenzen2, D. E. Green1, and R. C. Shoemaker1,3"
@@ -131,7 +131,7 @@
     IX132 and 0 to 75 days in population IX136. Chi-square tests show that the segregation data fit
     a 1:6:1 ratio in population IX132 and IX136. Based on these tests a minimum of three genes are
     proposed to control photoperiod insensitivity in both populations."
-  file: "Inheritance_of_Genes_Controlling_Photoperiod_Insensitivity_and_Flowering_Time_in_Soybean.doc"
+  file: "Inheritance_of_Genes_Controlling_Photoperiod_Insensitivity_and_Flowering_Time_in_Soybean.pdf"
 
 - title: "Integrated physical mapping of the soybean genome: A tool for rapid identification of economically important genes."
   authors: "Kimbely Zobrist 1, Khalid Meksem 1, Chengcang Wu 2, Quanzhou Tao2, Hongbin Zhang 2, David A. Lightfoot 1 "
@@ -147,7 +147,7 @@
     importance have been identified by about 15 groups over the last 10 years (Imsande et al.,
     1998; Soybase http://probe.nalusda.gov:8300). However, it is not feasible to fine-map and
     isolate large numbers of soybean genes by this technology."
-  file: "Integrated_physical_mapping_of_the_soybean_genome_A_tool_for_rapid_identification_of_economically_important_genes.doc"
+  file: "Integrated_physical_mapping_of_the_soybean_genome_A_tool_for_rapid_identification_of_economically_important_genes.pdf"
 
 - title: "Construction and Characterization of a BAC Library for the Soybean Cultivar A3244"
   authors: "J.P. Tomkins, D.A. Frisch, J.R. Byrum and R.A.. Wing"
@@ -163,7 +163,7 @@
     library providing at least 10 genome equivalents will be required. Our objective was to develop
     a deep coverage soybean BAC library for the purpose of creating a comprehensive physical
     framework of the soybean genome."
-  file: "Construction_and_Characterization_of_a_BAC_Library_for_the_Soybean_Cultivar_A3244.doc"
+  file: "Construction_and_Characterization_of_a_BAC_Library_for_the_Soybean_Cultivar_A3244.pdf"
 
 - title: "Agronomic traits correlative analysis between interspecific and intraspecific soybean crosses"
   authors: "Qi Yang & Jinling Wang"
@@ -180,7 +180,7 @@
     correlation of protein content with developing stage were in the opposite direction to that of
     oil content. It is suggested that it was difficulty to select plants both higher in protein and
     in oil content derived from interspecific crosses."
-  file: "Agronomic_traits_correlative_analysis_between_interspecific_and_intraspecific_soybean_crosses.doc"
+  file: "Agronomic_traits_correlative_analysis_between_interspecific_and_intraspecific_soybean_crosses.pdf"
 
 - title: "Field Resistance to Sudden Death Syndrome is effective at low Inoculum Concentration in Greenhouse Assays"
   authors: "V.N. Njiti, J.E. Johnson, G.A. Torto and D.A. Lightfoot."
@@ -200,7 +200,7 @@
     rate separated genotypes (P <0.05) and their greenhouse DS significantly correlated with field
     DS (r =0.9) and disease index (r =0.86). Therefore the method is an effective tool for
     inheritance studies and cultivar trials."
-  file: "Field_Resistance_to_Sudden_Death_Syndrome_is_effective_at_low_Inoculum_Concentration_in_Greenhouse_Assays.doc"
+  file: "Field_Resistance_to_Sudden_Death_Syndrome_is_effective_at_low_Inoculum_Concentration_in_Greenhouse_Assays.pdf"
 
 - title: "Inheritance of a five leaflet character arising from wild soybean (Glycine soja Sieb. et Zucc.) in soybeans (G. max (L.) Merr.)"
   authors: "Wang Ke-Jing [email protected], Li Fu-Shan, Zhou Tao and Xu Zhan-You"
@@ -216,5 +216,5 @@
     effect-duplicated. The results also suggested that the Five Leaf Bean a donor of five leaflet
     genes acquired by random selection to a cross progenies ((cultivar1 x wild soybean) x
     cultivar2) had heterogeneous genotypes at the three loci among individuals."
-  file: "Inheritance_of_a_five_leaflet_character_arising_from_wild_soybean_Glycine_soja_Sieb_et_Zucc_in_soybeans_G_max_L_Merr.doc"
+  file: "Inheritance_of_a_five_leaflet_character_arising_from_wild_soybean_Glycine_soja_Sieb_et_Zucc_in_soybeans_G_max_L_Merr.pdf"
 

_data/sgn/sgn_2001/issue.yml

@@ -37,5 +37,5 @@
     existing cultivars are far from the calculated selection limit. Selection limits are not an
     imminent threat to North American soybean breeders, but this does not imply that efforts to
     broaden the germplasm base are wasted."
-  file: "Selection_Limits_How_Close_Are_We.doc"
+  file: "Selection_Limits_How_Close_Are_We.pdf"
 

_data/sgn/sgn_2005/issue.yml

@@ -113,7 +113,7 @@
     resistance is being used in AICRP on soybean, namely G. Max cv. UPSM-534 and the wild species
     G. sojae (Ram et al., 1984) . There is an urgent need to identify newer sources of resistance
     and to understand the nature of resistance."
-  file: "Screening_and_utilization_of_soybean_germplasm_for_breeding_for_resistance_against_Mungbean_yellow_mosaic_virus.doc"
+  file: "Screening_and_utilization_of_soybean_germplasm_for_breeding_for_resistance_against_Mungbean_yellow_mosaic_virus.pdf"
 
 - title: "Screening of Soybean Genotypes for Resistance against Stem Fly (Melanagromyza sojae Zehnt.)"
   authors: "Awasthi, M.K. ;A..N. Sharma and R.R.Deshpande"