Robert Gordon spends much of his time researching Hydrology, Environmental engineering, Water quality, Manure and Alluvium. In the subject of general Hydrology, his work in Net radiation is often linked to Microorganism, Flow conditions and Volatilisation, thereby combining diverse domains of study. Robert Gordon focuses mostly in the field of Environmental engineering, narrowing it down to matters related to Greenhouse gas and, in some cases, Agricultural science.
His Water quality study combines topics from a wide range of disciplines, such as Sediment transport, Erosion, Surface runoff and Irrigation. The study incorporates disciplines such as Soil water and Atmospheric sciences in addition to Manure. His Alluvium study deals with Soil science intersecting with STREAMS.
His primary scientific interests are in Hydrology, Environmental engineering, Manure, Agronomy and Soil water. His study in the field of Drainage is also linked to topics like TRACER. His work deals with themes such as Water quality, Waste management, Greenhouse gas and Wetland, which intersect with Environmental engineering.
In the field of Manure, his study on Liquid manure overlaps with subjects such as Volatilisation. He has included themes like Soil classification, Soil pH, Loam and Horticulture in his Agronomy study. His study explores the link between Soil water and topics such as Denitrification that cross with problems in Subirrigation.
His scientific interests lie mostly in Water quality, Environmental engineering, Manure, Hydrology and Greenhouse gas. Robert Gordon has researched Water quality in several fields, including Watershed, Agriculture and Water resource management. His research combines Wetland and Environmental engineering.
His Manure study necessitates a more in-depth grasp of Agronomy. Hydrology is closely attributed to Soil water in his work. His biological study spans a wide range of topics, including Nitrous oxide and Methane.
Greenhouse gas, Methane, Environmental engineering, Nitrous oxide and Manure are his primary areas of study. His Methane study integrates concerns from other disciplines, such as Slurry and Substrate. His Environmental engineering research includes themes of Waste management and Wetland.
His studies deal with areas such as Sewage treatment, Agricultural wastewater treatment, Water quality, Waste treatment and Subsurface flow as well as Wetland. His study in Nitrous oxide is interdisciplinary in nature, drawing from both Liquid manure, Total dissolved solids, Carbon cycle, Environmental chemistry and Carbon dioxide. His Manure research incorporates elements of Methane emissions, Climate change and Atmospheric sciences.
R.C. Jamieson;R.J. Gordon;K.E. Sharples;G.W. Stratton And A. Madani
Jacqueline S. Solway;Richard B. Lee;Alan Barnard;M. G. Bicchieri
Edwin N. Wilmsen;James R. Denbow;M. G. Bicchieri;Lewis R. Binford
R. Jamieson;R. Gordon;D. Joy;H. Lee
Rob C. Jamieson;Douglas M. Joy;H. Lee;R. Kostaschuk
Rob Jamieson;Doug M. Joy;Hung Lee;Ray Kostaschuk
L. Boutilier;Rebecca Anne Jamieson;R. Gordon;C. Lake
Emmanuel K. Yiridoe;Robert Gordon;Bettina B. Brown
M.S. Mkhabela;A. Madani;R. Gordon;D. Burton
A.C. VanderZaag;R.J. Gordon;V.M. Glass;R.C. Jamieson
Rob C. Jamieson;Robert J. Gordon;Steven C. Tattrie;Glenn W. Stratton
Diego Abalos;Shannon E. Brown;Andrew C. Vanderzaag;Robert J. Gordon
R. Brunke;P. Alvo;P. Schuepp;R. Gordon
Hong Li;Hong Li;Tingxian Li;Robert J. Gordon;Samuel K. Asiedu
M.M. Gebrehanna;R.J. Gordon;A. Madani;A.C. VanderZaag
Q. U. Zaman;A. W. Schumann;D. C. Percival;R. J. Gordon
R C Jamieson;D M Joy;H Lee;R Kostaschuk
J.D. Wood;G.S. Bezanson;R.J. Gordon;R. Jamieson
A. C. VanderZaag;R. J. Gordon;R. C. Jamieson;D. L. Burton
J. D. Wood;R. J. Gordon;C. Wagner-Riddle;K. E. Dunfield
Erin Smith;Erin Smith;Rob Gordon;Ali Madani;Glenn Stratton
Robert D. Kinley;Robert J. Gordon;Glenn W. Stratton;Gary T. Patterson
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