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	题名	作者	年代	出处	被引量
1	Mineral nitrogen dynamic following soil compaction and cultivation during hoop pin plantation establishment显示文摘	T J BLUMFIELD Z H XU C CHEN	2005	Forest Ecology and Management2005，204，：	1
2	Systematic review and meta-analysisof energy and macronutrient intakes during pregnancy in developed countries显示文摘	BLUMFIELD M L HURE A J MACDONALD- WICKS L	2012	Nutr Rev2012，70，6：	1
3	Soil nitrogen minerali- zation and fate of ( ^15 NH4 )2SO4 in field incubated soil in a hard- wood plantation of subtropical Australia: the effect of mulching 显示文摘	Huang Z Q Xu Z H Blumfield T J	2008	Journal of Soils and Sediments2008，8，：	1
4	Impact of harvest residues on soil mineral nitrogen dynamics following clearfall harvesting of a hoop pine plantation in subtropical Australia显示文摘	BLUMFIELD T J XU Z H	2003	Forest Ecology and Management2003，179，13：	1
5	Pott' s puffy tumor,intracranial,and orbital complications as the initial presentation of sinusitis in healthy adolescents,a case series显示文摘	Blumfield E Misra M		0，，03：	1
6	Long-chain alkylbenzenes as molecular tracers of domestic wastes in the marine environment 显示文摘	Eganhouse R P Blumfield D L Kaplan I R	1983	Environmental Science and Technology1983，17，9：	1
7	In situ mineral ^15N dynamics and fate of added ^15NH4^+ in hoop pine plantation and adjacent native forest in subtropical Australia显示文摘	Pan K W Xu Z H Blumfield T	2008	Journal of Soil and Sediments2008，8，6：	1
8	A systematic review and meta-analysis of micronutrient intakes during pregnancy in developed countries 显示文摘	Blumfield M L Hure A J Macdonald-Wicks L	2013	Nutr rev2013，71，2：	1
9	Long-chain alkyl benzenes as molecular tracers of domestic wastes in the marine-environment显示文摘	EGANHOUSE R P BLUMFIELD D L KAPLAN I R	1983	Environ Sci Technol1983，17，9：	1
10	Impact of harvest residues on soil mineral nitrogen dynamics following clearfall harvesting of a hoop pine plantation显示文摘	Blumfield T J	2003	Forest Ecology and Management2003，179，：	1
11	Decomposition of nitrogen-15 labeled hoop pine harvest residues in subtropical Australia 显示文摘	Blumfield T J Xu Z H Mathers N J	2004	Soil Science Society of America Journal2004，68，5：	1
12	Influence of repeated prescribed burning on the soil fungal community in an eastern Australian wet sclerophyll forest显示文摘	Bastias BA Huang ZQ Blumfield T		0，，12：	1
13	Soil microbial biomass during the early establishment of hoop pine plantation:seasonal variation and impacts of site preparation显示文摘	Chen C R Xu Z H Blumfield T J	2003	Forest Ecology and Management2003，186，123：	1
14	In situ mineral 15N dynamics and fate of added 15NH4+ in hoop pine plantation and adjacent native forest in subtropical Australia显示文摘	Pan KW Xu Z H Blumfield T Totua S LuM		0，，06：	1
15	Impact of Harvest Residues on SoilMineral Nitrogen Dynamics Following Clearfall Harvesting of aHoop Pine Plantation in Subtropical Australia显示文摘	BLUMFIELD T J XU Z H	2003	Forest Ecologyand Management2003，179，1：	1
16	JOURNAL CLUB:Ultrasound for Differentiation Between Perforated and Nonperforated Appendicitis in Pediatric Patients显示文摘	Blumfield E Nayak G Srinivasan R		0，，05：	1
17	Impact of harvest residues on soil mineral nitrogen dynamics following clearfall harvesting of a hoop pine plantation 显示文摘	BLUMFIELD T J	2003	Forest Ecology and Management2003，179，：	1
18	Journal club: ultrasound for differentiation between perforated and non- perforated appendicitis in pediatric patients 显示文摘	Blumfield E Nayak G Srinivasan R	2013	A JR Am J Roentgeno12013，200，5：	1
19	Sampling Size Required for Determining Soil Carbon and Nitrogen Properties at Early Establishment of Second Rotation Hoop Pine Plantations in Subtropical Australia显示文摘Investigations into forest soils face the problem of the high level of spatial variability that is an inherent property of all forest soils.In order to investigate the effect of changes in residue management practices on soil properties in hoop pine(Araucaria cunninghamii Aiton ex A.Cunn.)plantations of subtropical Australia it was important to understand the intensity of sampling effort required to overcome the spatial variability induced by those changes.Harvest residues were formed into windrows to prevent nitrogen(N)losses through volatilisation and erosion that had previously occurred as a result of pile and burn operations.We selected second rotation(2R)hoop pine sites where the windrows(10-15 m apart)had been formed 1,2 and 3 years prior to sampling in order to examine the spatial variability in soil carbon(C) and N and in potential mineralisable N(PMN)in the areas beneath and between(inter-)the windrows.We examined the implications of soil variability on the number of samples required to detect differences in means for specific soil properties, at different ages and at specified levels of accuracy.Sample size needed to accurately reflect differences between means was not affected by the position where the samples were taken relative to the windrows but differed according to the parameter to be sampled.The relative soil sampling size required for detecting differences between means of a soil property in the inter-windrow and beneath-windrow positions was highly dependent on the soil property assessed and the acceptable relative sampling error.An alternative strategy for soil sampling should be considered,if the estimated sample size exceeds 50 replications.The possible solution to this problem is collection of composite soil samples allowing a substantial reduction in the number of samples required for chemical analysis without loss in the precision of the mean estimates for a particular soil property.	T. J. BLUMFIELD XU Zhi-Hong N.V. PRASOLOVA	2007	Pedosphere2007，17，6：	1
20	Ultrasound for differentiation between perforated and nonperforated appendicitis in pediatric patients 显示文摘	Blumfield E Nayak G Srinivasan R	2013	AJR Am J Roentgenol2013，200，5：	1

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