安徽农业科学
安徽農業科學
안휘농업과학
JOURNAL OF ANHUI AGRICULTURAL SCIENCES
2009年
34期
17177-17179,17206
,共4页
城市森林%枯落物%土壤孔隙度%持水能力
城市森林%枯落物%土壤孔隙度%持水能力
성시삼림%고락물%토양공극도%지수능력
Urban forest%Litter%Soil porosity%Water-holding capacity
[目的]研究南京城市森林枯落物及土壤持水能力. [方法]对南京紫金山地区四种典型林分的枯落物储量、土壤容重、土壤孔隙度、枯落物和土壤持水量等因子进行了研究. [结果]马尾松纯林枯落物储量最高,整个枯落物层的蓄水量为马尾松纯林>枫香马尾松混交林>枫香栎树混交林>落叶阔叶杂木林;枫香栎树混交林的总孔隙度、非毛管孔隙度要远大于其他3个林分,并且土壤持水量也最高;不同林分枯落物和土壤的综合蓄水能力的大小顺序为枫香栎树混交林>落叶阔叶杂木林>枫香马尾松混交林>马尾松纯林.[结论]就4种林型的水源涵养能力来说,枫香栎树混交林为最优林型.
[目的]研究南京城市森林枯落物及土壤持水能力. [方法]對南京紫金山地區四種典型林分的枯落物儲量、土壤容重、土壤孔隙度、枯落物和土壤持水量等因子進行瞭研究. [結果]馬尾鬆純林枯落物儲量最高,整箇枯落物層的蓄水量為馬尾鬆純林>楓香馬尾鬆混交林>楓香櫟樹混交林>落葉闊葉雜木林;楓香櫟樹混交林的總孔隙度、非毛管孔隙度要遠大于其他3箇林分,併且土壤持水量也最高;不同林分枯落物和土壤的綜閤蓄水能力的大小順序為楓香櫟樹混交林>落葉闊葉雜木林>楓香馬尾鬆混交林>馬尾鬆純林.[結論]就4種林型的水源涵養能力來說,楓香櫟樹混交林為最優林型.
[목적]연구남경성시삼림고락물급토양지수능력. [방법]대남경자금산지구사충전형림분적고락물저량、토양용중、토양공극도、고락물화토양지수량등인자진행료연구. [결과]마미송순림고락물저량최고,정개고락물층적축수량위마미송순림>풍향마미송혼교림>풍향력수혼교림>락협활협잡목림;풍향력수혼교림적총공극도、비모관공극도요원대우기타3개림분,병차토양지수량야최고;불동림분고락물화토양적종합축수능력적대소순서위풍향력수혼교림>락협활협잡목림>풍향마미송혼교림>마미송순림.[결론]취4충림형적수원함양능력래설,풍향력수혼교림위최우림형.
[Objective] The urban forest litter in the Nanjing city and its water-holding capacity in soil was studied.[Method] The reservation of forest litter,soil bulk density,soil porosity,kind of litter,water-holding capacity of the litter in soil and other factors of four stand types in Zijingshan region of Nanjing was studied.[Results] The results showed that the reservation of pure masson pine litter was highest and the order of the water-holding capacity of entire layer of litter was as follows:pure masson pine > mixture of masson pine and liquidambar > mixture of liquidambar and oak > broad-leaved forest. The total porosity and non-capillary porosity of mixture forest of liquidambar and oak were much larger than these of other three stand types,and also it was with the highest water-holding capacity in soil.The order of the different forest litter and its water-holding capacity in soil was:mixture forest of liquidambar and oak > broad-leaved forest > mixture forest of masson pine and liquidambar > pure masson pine.[Conclusion] The mixture forest of liquidambar and oak was the best type among four stand types in the capacity for water conservation in soil.