Analysis of Physical and Chemical Soil Properties of Larch Plantations With Different Afforestation Densities in North China

doi:10.13466/j.cnki.lyzygl.2018.06.017

Abstract

Abstract:

In the Chifeng Saihanwula Integrated Shelter Forest Demonstration Base established by Inner Mongolia Agricultural University and Inner Mongolia Hesheng Ecological Science and Technology Researcher Co.,Ltd.,the Larch plantations with different stand densities (1 407,1 675,2 680 plants/hm²) were taken as the research object.Three standard plots each were set up the soil stratified,and the physical and chemical properties of the soil measured indoors.The results showed that the soil physical and chemical properties of Larix principis-rupprechtii plantations with different afforestation densities were significantly different.When the stand density was 1 407 plants/hm²,the soil bulk density was the smallest (0.97),the total porosity (62.6%) and the water content (14.75%) were the largest.The accumulation process of organic matter was slow and there was no significant change,However,the contents of total N (110.06g/kg),effective P(0.57g/kg) and effective K(29.11g/kg) in the topsoil were highest at the stand density of 1 407 plants/hm ².

Key words: Larix principis-rupprechtii, plantation, stand density, physical and chemical soil properties, forest growth

CLC Number:

S714.2

FENG Qianqian, TIE Ying, ZHOU Mei, XIANG Changlin, WU Yiheng. Analysis of Physical and Chemical Soil Properties of Larch Plantations With Different Afforestation Densities in North China[J]. FOREST RESOURCES WANAGEMENT, 2018, (6): 106-110.

Figures/Tables 3

Tab.1

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References 14

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造林密度/ (株/hm²)	海拔 /m	平均胸径 /cm	平均高度 /m	株行距/ (m×m)	带宽 /m
1407	1146.6	5.35	6.1	5×1.5	0
1675	1130.6	5.16	4.8	2×1.5	4
2680	1099.8	5.11	4.6	2×1.5	25

造林密度/ (株/hm²)	测定指标	土壤深度/cm
造林密度/ (株/hm²)	测定指标	0~10	10~20	20~30	30~40	40~50
1407	容重(g/cm³)	0.97±0.19a	1.04±0.12a	1.06±0.04a	1.13±0.08a	1.17±0.06a
	总孔隙度(%)	62.6±7.86a	60.28±3.61a	58.47±1.30a	55.22±5.17a	54.09±2.2a
	土壤含水量(%)	14.73±0.52a	14.45±0.50a	14.11±0.39a	12.08±0.48a	12.23±0.81a
1675	容重(g/cm³)	1.14±0.06a	1.17±0.07a	1.19±0.03a	1.30±0.13a	1.32±0.13a
	总孔隙度(%)	54.53±1.95b	52.51±5.07b	52.18±4.33b	49.75±4.7a	47.43±7.21a
	土壤含水量(%)	13.33±1.46b	13.04±0.11a	12.36±0.54a	12.32±8.42a	11.89±0.22a
2680	容重(g/cm³)	1.15±0.04a	1.25±0.05b	1.41±0.13b	1.42±0.08b	1.53±0.19a
	总孔隙度(%)	56.46±3.54b	48.51±1.33b	44.23±4.87b	44.39±2.28a	40.18±7.04a
	土壤含水量(%)	12.58±0.56c	11.42±0.80b	10.79±0.92b	9.88±0.50b	9.40±0.60a

造林密度/ (株/hm²)	测定指标	土壤深度/cm
造林密度/ (株/hm²)	测定指标	0~10	10~20	20~30	30~40	40~50
1407	有机质(g/kg)	110.06±24.80a	91.72±21.01a	77.96±19.86a	61.22±12.55a	44.25± 6.01a
	全N(g/kg)	4.80± 1.30a	4.50± 0.50a	3.50± 2.20a	2.30± 4.04a	0.90± 0.93a
	速效P(g/kg)	0.57± 0.02a	0.29± 0.02a	0.24± 0.12a	0.30± 0.27a	0.18± 0.004a
	速效K(g/kg)	29.11± 5.61a	24.71± 8.81a	16.85± 2.60a	14.32± 0.92a	14.45± 1.40a
1675	有机质(g/kg)	133.22±12.88a	96.76±18.98a	61.68±13.66a	50.21±13.29a	43.57±18.16a
	全N(g/kg)	4.50± 0.40b	4.20± 2.40a	2.70± 0.70a	2.10± 0.20a	0.60± 0.47a
	速效P(g/kg)	1.18± 0.02a	0.37± 0.05a	0.55± 0.06b	0.95± 0.06b	0.44± 0.04b
	速效K(g/kg)	23.78± 2.80a	20.45± 4.77a	16.32± 2.20a	13.79± 0.40a	13.25± 0.23a
2680	有机质(g/kg)	119.00±11.07a	104.79±11.43a	83.23± 9.56a	71.31±11.35a	61.91± 5.19a
	全N(g/kg)	4.10± 1.30c	3.80± 1.90a	3.00± 0.40a	1.80± 0.14a	0.80± 0.40a
	速效P(g/kg)	0.15± 1.06a	0.34± 0.61a	0.24± 0.12b	0.52± 0.08b	0.35± 0.05c
	速效K(g/kg)	21.78±13.09a	14.05± 1.89a	12.72± 0.61a	12.59± 2.50a	11.79± 0.40a

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