참여연구진

│참여연구진│. 본 『국립공원 핵심종(식물) 배수체 현상과 종 보전 전략 III』 연구는 다음과 같은 연구진에 의하여 수행되었습니다.. 총 괄 정용상. 국립공원연구원. 원장. 신정태. 국립공원연구원. 실장. 소순구. 국립공원연구원. 센터장. 장태수. 충남대학교 생물과학과. 부교수. 사업총괄. 연구총괄. 연구진 최보경. 충남대학교 생물과학과. 박사후연구원. 김현진. 충남대학교 생명과학과. 박사과정. 변혜주. 충남대학교 생명과학과. 석사과정. 강근혜. 국립공원연구원. 참여연구원. 연구원.



│목차│ Ⅰ. 서론 ····················································································································1 1. 연구 배경 및 목적 ···································································································3 가. 연구 배경 ·······················································································································3 나. 연구 목적 ·······················································································································4 다. 연구 활용성 ····················································································································4. 2. 연구 범위 ··················································································································6 가. 대상종 ·····························································································································6 나. 시간적 범위 ··················································································································11 다. 공간적 범위 ··················································································································11 라. 지리적 환경 ··················································································································11. 3. 연구 방법 ···············································································································13 가. 대상식물 선행 연구 및 문헌 조사 ··············································································13 나. 시료 채집 ·····················································································································13 다. 염색체 분석 ··················································································································14 라. 화분학적 분석 ··············································································································15 마. 유전체 크기 측정 ·········································································································16. Ⅱ. 연구 현황 ·········································································································17 1. 섬진달래 ·················································································································19 가. Chromosome stability in the genus Rhododendron ······································20 나. Pollen morphology of Rhododendron L. and related genera and its taxonomic significance ··························································································20 다. A new record of Rhododendron keiskei Miq. var. hypoglaucum Suto & Suzuki (Ericaceae) in Korea ·················································································20 라. Geographic analysis of Red List Rhododendron (Ericaceae) taxa by country of origin identifies priorities for ex situ conservation ··················20.

│목차│ 마. Incongruent phylogenies and their implications for the study of diversification, taxonomy, and genome size evolution of Rhododendron ··································21. 2. 장백제비꽃 ··············································································································22 가. 한국산 제비꽃속 식물의 엽맥상에 관한 연구 ····························································23 나. Karyomorphology of Sedum aizoon var. aizoon and Viola biflora in Qinghai Province, China ·····23 다. 엽록체 DNA의 matK와 atpB-rbcL 염기서열 분석에 의한 제비꽃속(Viola)의 계통유연관계 ····23 라. Interaction between local climate and grazing determine the population dynamics of the small herb Viola biflora ··························································23 마. 한국산 제비꽃과 식물에 관한 본초학적 연구 ····························································24. 3. 왜솜다리 ·················································································································25 가. Molecular phylogeny of the edelweiss (Leontopodium, Asteraceae - Gnaphalieae) ······26 나. Isolation and characterization of 10 microsatellite loci from Korean. Leontopodium japonicum (Asteraceae) ····························································26 다. Chromosome numbers and polyploidy in Leontopodium (Asteraceae: Gnaphalieae) from the Qinghai-Tibet Plateau of S.W. China ···················26 라. The establishment history of alpine Leontopodium japonicum (Asteraceae) resembles that of warm-temperate plants on the Korean Peninsula ····26 마. A taxonomy review of Korean Leontopodium R. Br. ex Cassini (Asteraceae) ··········27. 4. 산솜다리 ·················································································································28 가. Chromosome number of four Korean species of Leontopodium (Asteraceae) ···············29 나. Phylogenetic relationships in the genus Leontopodium (Asteraceae Gnaphalieae) based on AFLP data ······································································29 다. Metabolic fingerprinting of Leontopodium species (Asteraceae) by means of ¹H NMR and HPLC-ESI-MS ···········································································29.

│목차│ 라. Chromosome counts and genome size of Leontopodium species (Asteraceae: Gnaphalieae) from south-western China ··································29 마. Discrimination of the genus Leontopodium species (Gentianales: Asteraceae) based on RAPD ················································································30. Ⅲ. 연구 결과 ·········································································································31 1. 섬진달래 ·················································································································33 가. 염색체 분석 ··················································································································33 나. 유전체 분석 ··················································································································35 다. 화분학적 분석 ··············································································································36. 2. 장백제비꽃 ··············································································································38 가. 염색체 분석 ··················································································································38 나. 유전체 분석 ··················································································································38. 3. 왜솜다리 ·················································································································40 가. 염색체 분석 ··················································································································40 나. 유전체 분석 ··················································································································42 다. 화분학적 분석 ··············································································································44. 4. 산솜다리 ·················································································································46 가. 염색체 분석 ··················································································································46 나. 유전체 분석 ··················································································································48 다. 화분학적 분석 ··············································································································49. Ⅳ. 관리방안 및 제언 ····························································································51 1. 섬진달래 ·················································································································53 가. 위협요인 ·······················································································································53.

│목차│ 나. 보전전략 ·······················································································································53. 2. 장백제비꽃 ··············································································································54 가. 위협요인 ·······················································································································54 나. 보전전략 ·······················································································································54. 3. 왜솜다리 ·················································································································55 가. 위협요인 ·······················································································································55 나. 보전전략 ·······················································································································55. 4. 산솜다리 ·················································································································56 가. 위협요인 ·······················································································································56 나. 보전전략 ·······················································································································56. Ⅴ. 참고문헌 ···········································································································57.

│표목차│ [표 1] 대상종 서식지 조사지점 ·················································································································12 [표 2] 섬진달래의 국내·외 연구 문헌자료 ·······························································································19 [표 3] 장백제비꽃의 국내·외 연구 문헌자료 ····························································································22 [표 4] 왜솜다리의 국내·외 연구 문헌자료 ·······························································································25 [표 5] 산솜다리의 국내·외 연구 문헌자료 ·······························································································28 [표 6] 섬진달래 자생지에서 확인된 개체의 염색체 수 ···········································································33 [표 7] 섬진달래 자생지에서 확인된 개체들의 핵형분석 결과 ·······························································33 [표 8] 섬진달래 자생지에서 채집된 개체별 유전체 크기 ········································································35 [표 9] 섬진달래의 자생지에서 확인된 개체들의 화분의 생식 능력 확인 ···············································36 [표 10] 섬진달래의 자생지에서 확인된 개체들의 화분 크기 측정 ·························································37 [표 11] 장백제비꽃 자생지에서 채집된 개체별 유전체 크기 ··································································39 [표 12] 왜솜다리 자생지에서 확인된 개체들의 염색체 수 ······································································40 [표 13] 왜솜다리 자생지에서 확인된 개체들의 핵형분석 결과 ·······························································41 [표 14] 왜솜다리 자생지에서 채집된 개체별 유전체 크기 ······································································42 [표 15] 왜솜다리의 자생지에서 확인된 개체들의 화분의 생식 능력 확인 ·············································45 [표 16] 왜솜다리의 자생지에서 확인된 개체들의 화분 크기 측정 ·························································45 [표 17] 산솜다리 자생지에서 확인된 개체들의 염색체 수 ······································································46 [표 18] 산솜다리 자생지에서 확인된 개체들의 핵형분석 결과 ·······························································47 [표 19] 산솜다리 자생지에서 채집된 개체별 유전체 크기 ······································································48 [표 20] 산솜다리의 자생지에서 확인된 개체들의 화분의 생식 능력 확인 ·············································50 [표 21] 산솜다리의 자생지에서 확인된 개체들의 화분 크기 측정 ·························································50.