|Table of Contents|

The biomass and nutrient distribution in Larix principis-ruppechtii Magyrplantations at different forest age*(PDF)

Chinese Journal of Applied & Environmental Biology[ISSN:1006-687X/CN:51-1482/Q]

Issue:
2016 02
Page:
277-284
Research Field:
Articles
Publishing date:

Info

Title:
The biomass and nutrient distribution in Larix principis-ruppechtii Magyrplantations at different forest age*
Author(s):
JI Wenjing1 CHENG Xiaoqin1 HAN Hairong1** KANG Fengfeng1 YANG Jie2 ZHU Jiang1 ZHAO Jing1BAI Yingchen1 & MA Junyong1
1Key Laboratory of Ministry of Forest Cultivation and Conservation of Ministry of Education, Beijing Forestry University, Beijing 100083, China2Haodifang Forestry Station, Forestry Administration of Shanxi Taiyue Mountain, Qinyuan 046505, China
Keywords:
Larix principis-ruppechtii Magyr forest age biomass nutrient elements accumulation and distribution
CLC:
S718.5
PACS:
DOI:
10.3724/SP.J.1145.2015.09001
DocumentCode:

Abstract:
This study aimed to interpret the nutrient utilization to provide theoretical basis for forest management throughinvestigating the biomass and the content, concentrations and distribution patterns of four nutrient elements (C, N, P and K) inLarix principis-ruppechtii Magyr plantations at the Haodifang Foresty Station of Taiyue Mountain, China. We investigatedthe biomass, the content, concentration of nutrient elements and annual nutrient retention in the layers of tree, shrub, grass,litter and soil in L. principis-ruppechtii plantations of different forest age (15-year-old, 26-year-old and 40-year-old). Theresults showed a total biomass of 61.89 t/hm2, 175.81 t/hm2 and 163.15 t/hm2 respectively in the L. principis-ruppechtiiplantation stands of 15, 26, and 40 years. The biomass was in the order of tree layer > litter layer > herb layer > shrub layer. Theconcentration of C in different components of L. principis-ruppechtii was in the order of bark > branch > leaves > stem > root.The concentrations of N, P and K was as leaves > branch > bark > root > stem. Soil organic matter and K decreased with standage, whereas the concentrations of N and P increased. The total nutrient retention among the three stands were 26.12 × 103kg/hm2, 77.29 × 103 kg/hm2 and 69.60 × 103 kg/hm2, respectively. With the stands growth, the nutrient accumulation decreasedin the forest floor layer, but increased in the the litter floor layer. The annual nutrient retention in 26-year-old L. principisruppechtiiplantations was the highest. Among all tree organs, the stem had the highest annual nutrient retention amountsbut the leaves and bark had the lowest. In contrast to the 15-year-old and 40-year-old plantations, 26-year-old L. principisruppechtiiplantations had higher biomass, concentration of nutrient elements and annual nutrient retention. For a stableecosystem and sustainable management, the L. principis-ruppechtii plantations of older ages should be thinned regularly toimprove the light, water and soil condition in the forest and increase vegetation diversity.

References

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