CAJ | 학술논문

实地考察武夷山国家自然保护区并进行土壤采样，对其水热条件大致相当、地形坡度相似，母岩母质相同的先锋岭、桐木关西侧、挂墩三个样地的土壤剖面A层的土壤有机质、土壤酸性、土壤黏性进行比较。研究表明：常绿阔叶林下的土壤A层的有机质含量最高，针叶林其次，茶园最低；茶园土壤中的酸性最强，针叶林其次，常绿阔叶林最低；常绿阔叶林下的土壤黏性最强，针叶林其次，茶园最弱。
실지고찰무이산국가자연보호구병진행토양채양，대기수열조건대치상당、지형파도상사，모암모질상동적선봉령、동목관서측、괘돈삼개양지적토양부면A층적토양유궤질、토양산성、토양점성진행비교。연구표명：상록활협림하적토양A층적유궤질함량최고，침협림기차，다완최저；다완토양중적산성최강，침협림기차，상록활협림최저；상록활협림하적토양점성최강，침협림기차，다완최약。
On the basis of fieldwork and sampling of Wuyishan national nature reserve, a comparison of the soil organic matter, soil acidity and soil clay viscosity of A layer soil on three plots with corresponding conditions, namely spots with roughly similar hydrothermal conditions, terrain slope and parent rock, was made. The study shows that:the content of or?ganic matter of A layer soil is highest in laurisilvae forest, followed by the soil in coniferous forest, while tea plantation??s is lowest. And the soil acidity in tea plantation is strongest, followed by the soil in coniferous forest, while laurisilvae??s is lowest. The soil stickiness of laurisilvae forest is strongest, followed by the soil in coniferous forest, while the soil in tea plantation is lowest.