摘要
                
                    在贵州台江、江西安远、福建明溪及广西宁明设置马尾松造林地不同整地规格试验林。对试验资料的初步分析表明 ,马尾松造林地整地规格与母岩和土壤质地之间存在较为密切的相关关系。因此 ,在确定造林地整地规格时 ,应考虑母岩种类和土壤的质地状况。在我国南方山区 ,马尾松人工造林采用块状整地方式时 ,在母岩为板岩及变质砂岩 ,土壤质地为壤质粘土的地区 ,整地的规格以 40cm× 40cm× 2 5cm的中穴为宜 ;在母岩为花岗岩和石英砂岩 ,土壤质地为砂质粘壤土的地区 ,造林地整地采用 30cm× 30cm× 2 0cm以下的小穴即可。表 4参 1
                
                Experiment  stands  of  different  size  of  planting  hole  for  masson  pine  were  established  in  Guizhou,Jiangxi,Fujian  and  Guangxi  Province.The  results  of  preliminary  analysis  to  the  experiment  data  showed  that  there  was  rather  close  correlation  between  size  of  planting  hole  and  parent rocks  and  soil  textures.When  sizes  of  plating  hole  were  decided,the  parent  rocks  and  soil  textures  should  be  considered.In  mountainous  districts  of  south  China,when  spot  soil  preparation  was  adopted,planting  hole  of  40  cm×40  cm×25  cm  was  appropriate  for  masson  pine plantation  in  the  area  where  the  parent  rocks  were  slate  and  metamorphic  malmstone,and  the  soil  texture  was  loamy  clay.The  hole  of  30  cm×30  cm×20  cm  was  appropriate  in  the  area  where  the  parent  rocks  were  granite  and  quartz  sandstone,and  the  soil  texture  was  sandy  clay  loam.
    
    
    
    
                出处
                
                    《浙江林学院学报》
                        
                                CSCD
                        
                    
                        2000年第2期126-131,共6页
                    
                
                    Journal of Zhejiang Forestry College
     
            
                基金
                    "九五"国家科技攻关资助项目 !( 96 0 11 0 1 0 1)
            
    
                关键词
                    马尾松
                    造林地整地
                    母岩
                    土壤质地
                    相关分析
                
                        masson  pine  (Pinus  massoniana)
                        site  preparation
                        parent  rock
                        soil  texture
                        correlation  analysis