[보고서]다시마과 고수온 내성 품종 개발

황은경

보고서 정보

주관연구기관

국립수산과학원
National Fisheries Research and Development Institute

연구책임자

황은경

참여연구자

하동수 , 공용근 , 박은정 , 황일기 , 이상용 , 유현일 , 이순정 , 허진석 , 박찬선 , 정보경 , 유호창 , 박진아 , 강민주 , 강주흥 , 강루비 , 김수홍 , 손채린 , 김은정

보고서유형

최종보고서

발행국가

대한민국

언어

한국어

발행년월

2017-02

과제시작연도

2016

주관부처

해양수산부
Ministry of Oceans and Fisheries

등록번호

TRKO201700007481

과제고유번호

1525005499

사업명

수산시험연구

DB 구축일자

2017-10-12

키워드

김.미역.다시마.유전자원.품종개발.Pyropia.Undaria.Laminariaceae.Genetic resources.Strain development.

DOI

https://doi.org/10.23000/TRKO201700007481

표 Morphometric measurements of Undaria pinnatifida
표 Genetic resources collection of Pyropia between 2012 and 2013
표 Growth of selected Pyropia strains
표 Blade length, blade width and ratio of blade length/width of the Pyropia hybrid B-②-41 [Japanese P. yezoensis JPY-TKR 10-1(♀) × Korean P. yezoensis Wando Cheongsan(♂)] under the different temperature conditions
표 Selection of high productive strain in F1 products from the Pyropia hybrid B-②-41
표 Blade length, blade width and ratio of blade length/width of the Pyropia hybrid C-③-142
표 Blade length, blade width and ratio of blade length/width of the Pyropia hybrid C-③-58
표 Growth of Pyropia thalli under the different gamma radiation dose and temperature conditions
표 Distribution of blade length and blade width of Pyropia according to irradiation dose of gamma ray
표 Selection of superior strains of Pyropia irradiated by gamma-ray
표 Test cultivation of breeding
표 Trait characteristics Investigation of Pyropia strain from Eoran, Haenam strain followed by DUS test guideline of Pyropia
표 Selected strains for developing locally specialized varieties of Undaria pinnatifida
표 Genetic resources collection of Undaria pinnatifida in 2012
표 Genetic resources collection of Undaria pinnatifida in 2013
표 Characteristics of selective breeding of cultured Undaria pinnatifida
표 Growth comparison of Undaria pinnatifida of Ulsan Jujeon strains
표 Characteristics of the cross-breeding of Undaria pinnatifida
표 Growth comparison of the cross-breeding of Undaria pinnatifida
표 Growth comparison of Undaria pinnatifida of Tongyoung strains
표 Seedling and aquaculture process by cross-breeding of free-living gametophytes of Undaria pinnatifida
표 Exchange of genetic resources between Korea and China. Left: Korea→China. Right: China→Korea
표 Sampling sites and thalli of Saccharina japonica in China. A: Qingdao (upper circle) and Fusian (lower circle), China. B: Huangguan No1. C: Germling samples of Huangguan No1
표 List of genetic resources collection in Laminariaceae between 2013 and 2015
표 Growth and growth rate of male and female gametophytes of Ecklonia cava, E. kurome, Eisenia bicyclis and Saccharina japonica
표 Development of Costaria costata. A: Mature thalli. B: Cross-sectioned sori. C: Germlings 1 day after zoospore release. D: Female gametophyte after 7 days culture. E: Male gametophyte after 7 days culture. F: Oogonia formation from a female gametophyte after 40 days culture(arrow head). G: Spermatia formation after 35 days culture(arrow head). H: Micro-sporophytes after 50 days culture. I: Young thalli after 70 days culture. Scale bars 10 cm(A), 100 ㎛ (B-C), 50 ㎛ (D-G), 200 ㎛ (H), 1 cm (I). Culture conditions are 15℃, 20 μ molm-2·s-1, 10:14(L:D)
표 Gametophytic maturation and oogonium formation of female gametophyte under various temperature, irradiance and photoperiod conditions in Costaria costata for 70 days culture
표 Gametophytic maturation and antheridium formation of male gametophyte under various temperature, irradiance and photoperiod conditions in Costaria costata for 70 days culture
표 Development of Ecklonia kurome. A: Mature thalli. B: Cross-sectioned sori. C: Germling after 1 day of zoospore release. D: Female gametophyte after 3 days culture. E: Male gametophyte after 3 days culture. F: Oogonia formation (arrow head) from a female gametophyte after 10 days culture. G: Spermatia formation (arrow head) of a male gametophyte after 10 days culture. H: Micro-sporophyte after 30 days culture. Scale bars 10 cm(A), 50 ㎛ (B-H), 200 ㎛ (H). Culture conditions are 15℃, 20 μmolm-2·s-1, 10:14(L:D)
표 Gametophytic maturation and oogonium formation of female gametophyte under various temperature, irradiance and photoperiod conditions in Ecklonia kurome for 40 days culture
표 Gametophytic maturation and spermatia formation of male gametophyte under various temperature, irradiance and photoperiod conditions in Ecklonia kurome for 40 days culture
표 Development of Agarum clathratum. A: Mature thalli. B: Cross-sectioned sori. C: Germlings 1 day after zoospore release. D: Female gametophyte after 3 days culture. E: Male gametophyte after 3 days culture. F: Oogonium formation from a female gametophyte (arrow head) after 15 days culture. G: Spermatia formation (arrow head) from a male gametophyte after 10 days culture. H: Micro-sporophyte after 30 days culture. Scale bars 10 cm(A), 50 ㎛ (B-H), 100 ㎛ (H). Culture conditions are 15℃, 20 μ molm-2·s-1, 10:14(L:D)
표 Gametophytic maturation and oogonium formation of female gametophyte under various temperature, irradiance and photoperiod conditions in Agarum clathratum for 35 days culture
표 Gametophytic maturation and spermatium formation of male gametophyte under various temperature, irradiance and photoperiod conditions in Agarum clathratum for 35 days culture
표 Development of Eisenia bicyclis. A: Mature thalli. B: Cross-sectioned sorus. C: Germlings 1 day after zoospore release. D: Female gametophyte after 2 days culture. E: Male gametophyte after 5 days culture. F: Male gametophyte after 11 days after. G: Male and female gametophyte after 25 days culture. H: Micro-sporophyte after 38 days culture. Scale bars 10 cm(A), 100 μm(B-C), 50 μ m(E-G), 200 μm(H). Culture conditions are 15℃ and 20 μmolm-2s-1
표 Gametophytic maturation and oogonium formation of female gametophyte under various temperature, irradiance and photoperiod conditions in Eisenia bicyclis during 55 days culture
표 Gametophytic maturation and antheridium formation of male gametophyte under various temperature, irradiance and photoperiod conditions in Eisenia bicyclis during 55 days culture
표 Gametophytic maturation and oogonium formation of female gametophyte under various temperature, irradiance and photoperiod conditions in Huangguan No. 1, Saccharina japonica from China during 72 days culture
표 Gametophytic maturation and antheridium formation of male gametophyte under various temperature, irradiance and photoperiod conditions in Huangguan No. 1, Saccharina japonica from China during 72 days culture
표 Number of sporophytes from cross breeding of free-living gametophytes between Saccharina japonica and Ecklonia stolonifera after 60 days culture. A. Density of micro-sporophyte under 4 different temperature conditions. B. Density of micro-sporophyte under 4 different irradiance conditions. C. Density of micro-sporophyte under 3 different photoperiod conditons
표 Development of micro-sporophyte in the cross breeding of Saccharina japonica, Ecklonia stolonifera and Ecklonia cava
표 Growth rate from the cross-breeding conditions between Saccharina japonica strains
표 Fluorescence yield of female gametophyte of Saccharina japonica after 1 hour exposure to high level of gamma-ray
표 Fluorescence yield of Saccharina japonica gametophyte after different exposure doses (1, 3, 5, 7, 10kGy) to high level of gamma-ray with different temperature conditions for post-culture
표 Fluorescence yield of female gametophyte of Saccharina japonica after 2 days culture from 8 hrs exposure to low level of gamma-ray
표 Fluorescence yield of gametophyte of Saccharina japonica after 1 hour exposure to low level of gamma-ray with different temperature conditions for post-culture for 9 weeks
표 Fluorescence yield of Wando and Baekryeongdo strains of Saccharina japonica after 8 hrs exposure to low level of gamma-ray after 4 days post culture
표 Comparison of female gametophytes and micro sporophytes of Saccharina japonica after exposure to low level of gamma-ray
표 Temperature fluctuations at 4 different regions conducting seaweed culture from September 2014 to August 2015. A: Annual seawater temperature. B: Seaweed temperature from October to December 2014
표 Daily seawater temperature and underwater irradiance at culture ground from March to October 2014 in Haenam, Korea
표 Growth and biomass of Saccharina japonica by free-living gametophyte seedling from March to October 2014 at experimental culture ground in Haenam, Korea. *: Detached by typoon Matmo at July 2014
표 Growth of Saccharina japonica by free-living gametophyte seedling according to different water depth from March to September 2014
표 Growth of Saccharina japonica at different water depth conditions in June 2014
표 Relationship between water depth and underwater irradiance during Saccharina japonica cultivation at Haenam, Korea
표 Growth of Saccharina japonica with different initiation of main cultivation from December 2014 to November 2015. A: Length (cm). B: Biomass(kg/m)
표 Growth comparisons with 3 generations of culture period elongation strain of Saccharina japonica
표 Growth of Saccharina japonica according to different culture rope materials (Polypropylene and Polyrope). A: Length (cm). B: Density of thalli (ind/m)
표 Growth of 4 different strains of Saccharina japonica from February to October 2016. A: Length (cm). B: Weight (g)
표 Growth of Chinese and Korean strains of Saccharina japonica from February to October 2016. A: Length (cm). B: Width (cm). C: Weight (g)
표 Growth comparison of Chinese and Korean strains of Saccharina japonica at maximal growth period
표 Cross-sectioned thalli of Chinese and Korean strains of Saccharina japonica
표 Common ingredient content of Chinese and Korean strains of Saccharina japonica
표 Fluorescence yield of sporophytes (mean initial length 250 μm) of Saccharina japonica under different temperature (A) and salinity (B) conditions
표 Fluorescence yield of sporophytes (mean initial length 1mm) of Saccharina japonica under different temperature (A) and salinity (B) conditions
표 Fluorescence yield of sporophytes (mean initial length 5mm) of Saccharina japonica under different temperature (A) and salinity (B) conditions
표 Fluorescence yield of sporophytes (mean initial length 10mm) of Saccharina japonica under different temperature (A) and salinity (B) conditions
표 Fluorescence yield of sporophytes (mean initial length 30cm) of Saccharina japonica under different temperature (A) and salinity (B) conditions
표 Growth (A) and fluorescence yield (B) of sporophytes (mean initial length 250μm) of Saccharina japonica under different temperature conditions
표 Period to reduced fluorescence yield of Saccharina japonica according to different temperature (A) and salinity (B) conditions
표 Growth (A) and fluorescence yield (B) of sporophytes (mean initial length 250μm) of Saccharina japonica under different irradiance conditions
표 Growth (A) and fluorescence yield (B) of sporophytes (mean initial length 1mm) of Saccharina japonica under different irradiance conditions
표 Growth (A) and fluorescence yield (B) of sporophytes (mean initial length 5mm) of Saccharina japonica under different irradiance conditions
표 Growth (A) and fluorescence yield (B) of sporophytes (mean initial length 10mm) of Saccharina japonica under different irradiance conditions
표 Fluorescence yield of sporophytes (mean initial length 300mm) of Saccharina japonica under different irradiance conditions
표 Guidelines for damage prevention of kelp (Saccharina and Undaria) from high temperature
표 Growth of Saccharina japonica during field adaptation test of breeding varieties. A: Seawater temperature at Wando and Haenam culture grounds. B: Length (cm). C: Width (cm). D: Weight (g)

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다시마과 고수온 내성 품종 개발
Temperature-tolerant varieties development of Laminariaceae 원문보기

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다시마과 고수온 내성 품종 개발 Temperature-tolerant varieties development of Laminariaceae 원문보기

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다시마과 고수온 내성 품종 개발
Temperature-tolerant varieties development of Laminariaceae 원문보기

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