P. W. Farrell - Concepedia

Concepedia

Author

P. W. Farrell

Also Known As

P. W. Farrell, P.W. Farrell

9

Publications

189

Citations

8

H-Index

14

Concepts

PW

About

P. W. Farrell is an author specializing in engineering, forestry, and biogeochemistry.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	5	5	133
2	Environmental Engineering	1	1	28
3	Biogeography	1	1	29
4	Environmental Chemistry	1	1	28
5	Hydrology	1	1	40

P. W. Farrell

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6

Publications

170

Citations

6

H-Index

	Year	Citations
Nutrient dynamics of forested catchments in Southeastern Australia and changes in water quality and nutrient exports following clearing P. Hopmans, D. W. Flinn, P. W. Farrell Forest Ecology and Management Southeastern AustraliaBiogeochemistryNutrient ExportsEngineeringWater Resources	1987	40
Productivity of first and second rotation stands of radiata pine on sandy soils II. Height and volume growth at five years R. O. Squire, P. W. Farrell, D. W. Flinn, Australian Forestry	1985	37
Productivity of first and second rotation stands of radiata pine on sandy soils. I. Site factors affecting early growth R. O. Squire, D. W. Flinn, P. W. Farrell Australian Forestry BiogeochemistryEngineeringBotanyBiogeographySite Factors	1979	29
The role of organic matter in the maintenance of site productivity on sandy soils. D. W. Flinn, R. O. Squire, P. W. Farrell New Zealand journal of forestry Organic GeochemistryEnvironmental ChemistryBiogeochemistrySite ProductivityEngineering	1980	28
Nitrogen mineralisation in a sandy soil under native eucalypt forest and exotic pine plantations in relation to moisture content P. Hopmans, D. W. Flinn, P. W. Farrell Communications in Soil Science and Plant Analysis Abstract Incubation TestsBiogeochemistrySoil Moisture ContentEngineeringPlant-soil Relationship	1980	21
Radiata pine residue management and its implications for site productivity on sandy soils P. W. Farrell Australian Forestry Site ProductivityForest SoilEngineeringSummary LitterSilviculture	1984	15

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