<tbody id="2nfys"></tbody>
    • <progress id="2nfys"></progress>
    <samp id="2nfys"></samp>

      <samp id="2nfys"><ins id="2nfys"><u id="2nfys"></u></ins></samp>

        4. <progress id="2nfys"><bdo id="2nfys"></bdo></progress>
        5. <samp id="2nfys"></samp>
      8. <progress id="2nfys"></progress>
        

      9. <tbody id="2nfys"><bdo id="2nfys"></bdo></tbody>
      11. <menuitem id="2nfys"><strong id="2nfys"></strong></menuitem>
        

        
   


    
  
    
    
             
        
        
        
        
            
        
                
        Awards
        
                Home-
                Achievements

                
            
        
            
        
                

        

        


        
 
  
        
   Title
   Breeding of Saccharina new variety of high-yield and high-iodine
  
        
  
        
   Year
   
        1978
        		
   Category& Level
   
        National Science Conference Award
        		
  
        
  
        
   Awardee
   Suo Ruying、Wu Chaoyuan、Li Jiajun、Liu Guangyong、Shi Zhiji、Guo Suying、Liang Yaquan、Jiang Benyu、Zhang Sui、Zhao Yuhua、Tan Shuzhi、Tang Zhihao、Li Fuxin、Liu Xuyan、Li Qingyang、Li Xiuliang、Qi Baoren、Qu Weiyang、Zhou Qifang
  
        
  
        
   Prizewinning unit
   Yellow Sea Fisheries Research Institute, Chinese Academy of Fishery Sciences、Institute of Oceanology, Chinese Academy of Sciences、Wenling County Fisheries Bureau、Marine Fishery Institute of Zhejiang Province、Weihai Breeding Farm and Culture Ground、Changdao County Breeding Farm and Culture Ground
  
        
         

        
  
        
 
        Achievement Introduction:
        
 
        
     
    
        With natural population of high heterozygosity and some inbred lines as the breeding materials, the X-ray mutagenesis and targeted selection was used to breed the new variety. A total of 3000 individuals with excellent agronomic traits was collected from the different type of aquaculture sea area along China coastline using the method of half-blade sampling method, and their iodine content was determined by the method of Sodium nitrite-Urea. The parent stock with high iodine was treated with 40000 R X-ray and used to breed the offspring. The new varieties “860” and “1170” were bred successfully by multiple generation self-crossing and targeted selection, and were demonstrated in the practice application to be excellent varieties with high iodine and high yield and high final production rate. Compared the local cultivars, the iodine content increased by 20-58%, yield increased by 8-40%, and final final production rate increased by 20%. This achievement was a typical example for the teaching and scientific study aiming to theSaccharinavariety breeding, and boosted the profit of the iodine extraction industry.
        


        

        
 
        

        
 
        

        
    
        
        


        

        

            
        
        
        
    
        
    

        





三级片韩国