D. Nobes

发表

Geophysical surveys of burial sites: A case study of the Oaro urupa

D. Nobes, 1999 .

Acoustic inversion method for parameters of sediments based on adaptive predatory genetic algorithm.

L. Hongxing, Z. Xiaofeng, G. Goloshubin, 2018, The Journal of the Acoustical Society of America.

Estimation of marine sediment bulk physical properties at depth from seafloor geophysical measurements

H. Villinger, E. Davis, D. Nobes, 1986 .

Recent deformation of Quaternary sediments in the northwest Canterbury Plains, New Zealand, as inferred from GPR and seismic data

A. Green, A. Kaiser, C. Dorn, 2010, Proceedings of the XIII Internarional Conference on Ground Penetrating Radar.

Characterization of the shallow structures of active fault zones using 3‐D ground‐penetrating radar data

Pilar Villamor, Alan G. Green, Heinrich Horstmeyer, 2008 .

Visualization of active faults using geometric attributes of 3D GPR data: An example from the Alpine Fault Zone, New Zealand

Robert Langridge, Jens Tronicke, Alan G. Green, 2008 .

Visualization of active faulting using 3-D GPR data recorded across the Alpine Fault, New Zealand

A. Green, R. Streich, B. Heincke, 2006 .

Troubled waters: Environmental applications of electrical and electromagnetic methods

David C. Nobes, D. Nobes, 1996 .

Interpretation pitfalls to avoid in void interpretation from ground-penetrating radar imaging

D. Nobes, 2018, Interpretation.

Three-dimensional multicomponent georadar surveying near the alpine fault, new zealand

A. Green, J. van der Kruk, D. Nobes, 2004, Proceedings of the Tenth International Conference on Grounds Penetrating Radar, 2004. GPR 2004..

Possible ENSO signals prior to the Last Glacial Maximum, during the last deglaciation and the early Holocene, from New Zealand

J. Shulmeister, D. Nobes, A. Pepper, 2004 .

Processing and preliminary interpretation of noisy high-resolution seismic reflection/refraction data across the active Ostler Fault zone, South Island, New Zealand

A. Green, A. Kaiser, A. Gorman, 2010 .

2-D fast sweeping method for the factored Eikonal equation and its improvement on inversion accuracy

S. Luo, D. Nobes, Qiuping Hu, 2019, Journal of Applied Geophysics.

Coupling mechanism of basin and orogen in the Tianshan Orogenic Belt since Late Mesozoic: Influence on the source–sink process of sandstone‐type uranium mineralization

D. Nobes, Li Sanzhong, Zhao Feiyu, 2022, Geological Journal.

The determination of resistivity and porosity of the sediment and fractured basalt layers near the Juan de Fuca Ridge

R. N. Edwards, D. Nobes, L. Law, 1986 .

36. PHYSICAL PROPERTIES OF SEDIMENTS BENEATH POLAR FRONT UPWELLING REGIONS IN THE SUBANTARCTIC SOUTH ATLANTIC (HOLE 704A)1

J. Mienert, D. Nobes, 1991 .

Effect of suspended sediments on ground penetrating radar imaging of riverbeds

D. Nobes, K. Bassett, Kim A. Hammond, 2018, 2018 17th International Conference on Ground Penetrating Radar (GPR).

Ground penetrating radar imaging of Auckland volcanic surge deposits

J. Lindsay, D. Gravley, B. Brand, 2012, 2012 14th International Conference on Ground Penetrating Radar (GPR).

Inversion techniques applied to resistivity inverse problems

M. Dusseault, D. Nobes, S. Narayan, 1994 .

Recent vertical offset and near‐surface structure of the Alpine Fault in Westland, New Zealand, from ground penetrating radar profiling

D. Nobes, M. Yetton, 1998 .

Discussion of the utility of conductivity surveying and resistivity sounding in evaluating sand and gravel deposits and mapping drift sequences in Northeast Scotland, by C.A. Auton

D. Nobes, 1992 .

Discussion of ‘Geomorphology, internal structure, and successive development of a glacier foreland in the semiarid Chilean Andes (Cerro Tapado, upper Elqui Valley, 30°08′ S, 69°55′ W.)’, by S. Monnier, C. Kinnard, A. Surazakov and W. Bossy, Geomorphology 207 (2014), 126–140

D. Nobes, 2015 .

The Importance and Utility of Complementary Data Sets in Geophysical Imaging: Examples Using Ground Penetrating Radar and Electrical Imaging

D. Nobes, 2015 .

Geophysical imaging of subsurface earthquake-induced liquefaction features at Christchurch Boys High School, Christchurch, New Zealand

M. Gallagher, Scott Sharp-Heward, D. Nobes, 2013 .

Non-invasive imaging of hydrocarbon contamination in permafrost soils at Marble Point, McMurdo Sound region, Antarctica

D. Nobes, J. Pettersson, 2012 .

Ground‐penetrating radar and sedimentological analysis of Holocene floodplains: Insight from the Tuross valley, New South Wales

G. Brierley, R. Ferguson, D. Nobes, 2001 .

The search for "Yvonne": a case example of the delineation of a grave using near-surface geophysical methods.

D. Nobes, 2000, Journal of forensic sciences.

Ground-penetrating Radar Profiles of Rubble-covered Temperate Glaciers: Results From the Tasman And Mueller Glaciers of the Southern Alps of New Zealand

D. Nobes, M. Hochstein, S. Leary, 1994 .

Rock magnetic investigation and its geological significance for vein‐type uranium deposits in southern China

D. Nobes, Qingsong Liu, K. Ge, 2017 .

Late Quaternary aeolian dunes on the presently humid Blue Mountains, Eastern Australia

P. Hesse, G. Humphreys, D. Gore, 2003 .

Geomorphic constraints on listric thrust faulting: Implications for active deformation in the Mackenzie Basin, South Island, New Zealand

S. Read, D. Burbank, C. Amos, 2007 .

Effects of porosity and clay content on wave velocities in sandstones; discussion and reply

A. Nur, D. Morgan, D. Nobes, 1987 .

Rapid melting of the terminal section of the Hooker Glacier (Mt Cook National Park, New Zealand)

M. Watson, I. Owens, D. Nobes, 1998 .

First-arrival tomography with fast sweeping method solving the factored eikonal equation

Hongxing Li, David C. Nobes, Guangnan Huang, 2019, Exploration Geophysics.

Seismic traveltime inversion based on tomographic equation without integral terms

Bing Zhou, Hongxing Li, David C. Nobes, 2017, Comput. Geosci..

Delineation of a landfill leachate plume and flow channels in coastal sands near Christchurch, New Zealand, using a shallow electromagnetic survey method

David C. Nobes, Murray E. Close, M. Close, 2000 .

Biogenic Opal and Carbonate Accumulation Rates in the Subantarctic South Atlantic: The Late Neogene of Meteor Rise Site 704

J. Mienert, F. Westall, D. Hodell, 1991 .

Milankovitch Cycles and Nonlinear Response in the Quaternary Record in the Atlantic Sector of the Southern Oceans

J. Mienert, F. Westall, S. Bloomer, 1991 .

73. CAN OPAL-A/OPAL-CT BSR BE AN INDICATOR OF THE THERMAL STRUCTURE OF THE YAMATO BASIN, JAPAN SEA?1

A. Taira, H. Tokuyama, M. Langseth, 1992 .

URBAN GEOLOGY 4. Urban Geophysics in the Kitchener-Waterloo Region

D. Nobes, J. P. Greenhouse, G. Schneider, 1993 .

Impact of Silica Diagenesis on Physical Property Variations

R. Murray, D. Nobes, S. Kuramoto, 1992 .

32. DARK-LIGHT RHYTHMS IN THE SEDIMENTS OF THE JAPAN SEA: PRELIMINARY RESULTS FROM SITE 798, WITH SOME ADDITIONAL RESULTS FROM SITES 797 AND 7991

R. Dunbar, K. Föllmi, K. Grimm, 1992 .

Gardening at the edge: Documenting the limits of tropical Polynesian kumara horticulture in southern New Zealand

D. Nobes, C. Jacomb, K. Bassett, 2004 .

Dynamics of the folds of the McMurdo Ice Shelf, Scott Base, Antarctica

D. Nobes, Emma F. Stubbs, 2018, 2018 17th International Conference on Ground Penetrating Radar (GPR).

Effect of Grain Size on the Geophysical Responses of Indigenous Burial Sites

D. Nobes, 2007 .

A study of the geoelectrical properties of peatlands and their influence on ground‐penetrating radar surveying1

B. Warner, D. Nobes, B. Theimer, 1994 .

Preliminary results from high frequency gpr surveys and a 3d grid: Davis Snowfield, Franz Josef Glacier, New Zealand

H. Jol, D. Nobes, M. Finnemore, 2004, Proceedings of the Tenth International Conference on Grounds Penetrating Radar, 2004. GPR 2004..

Thrust-fault growth and segment linkage in the active Ostler fault zone, New Zealand

K. Davis, D. Burbank, D. Fisher, 2005 .

Preliminary evaluation of GPR for nickel laterite exploration

David C. Nobes, Jan Francke, D. Nobes, 2000, International Conference on Ground Penetrating Radar.

Migrating and Merging Polarised GPR Profiles: Does it matter if migration is before or after merger?

A. Ruffell, D. Nobes, Philip Macdonald., 2008 .

Ultrahigh‐resolution seismic reflection imaging of the Alpine Fault, New Zealand

R. Langridge, A. Green, A. Kaiser, 2009 .

‘Earth–ionosphere’ mode controlled source electromagnetic method

D. Nobes, Q. Di, Miao-yue Wang, 2015 .

Pitfalls in near-surface geophysical interpretation: Challenging paradigms and misconceptions

Estella A. Atekwana, David C. Nobes, E. Atekwana, 2018, Interpretation.

The inclusion of anisotropy in Maxwell's equations

D. Nobes, 1986 .

Seismic reflection images of active faults on New Zealand's South Island

Dorn, Gorman, R. Langridge, 2010 .

BATCH Gardening at the Edge : Documenting the Limits of Tropical Polynesian Kumara Horticulture in Southern New Zealand

D. Nobes, C. Jacomb, K. Bassett, 2004 .

Results of a sea-floor electromagnetic survey over a sedimented hydrothermal area on the Juan de Fuca Ridge

R. N. Edwards, D. Nobes, L. Law, 1992 .

Offshore electrical exploration of sedimentary basins: The effects of anisotropy in horizontally isotropic, layered media

R. N. Edwards, E. Gómez-Treviño, D. Nobes, 1984 .

First results of the MOSES experiment: Sea sediment conductivity and thickness determination, Bute Inlet, British Columbia, by magnetometric offshore electrical sounding

R. N. Edwards, David C. Nobes, P. Wolfgram, 1985 .

“Mirror-image” multiples in ground-penetrating radar

S. Arcone, D. Nobes, Emma F. Davis, 2005 .

Challenging Paradigms and Misconceptions in Geophysical Interpretation: Let the data speak

E. Atekwana, D. Nobes, 2017 .

Resistivity structure of the underconsolidated sediments of the Cascadia Basin

D. Nobes, H. Lei, 1994 .

The Magnetometric Off-Shore Electrical Sounding (MOSES) Method and Its Application in a Survey of Upper Jervis Inlet, British Columbia

D. Nobes, 1984 .

A test of a simple model of the acoustic velocity in marine sediments

D. Nobes, 1989 .

80. COMPARISON AND CORRELATION OF PHYSICAL-PROPERTY RESULTS FROM JAPAN SEA BASIN AND RISE SITES, LEGS 127 AND 1281

N. Hirata, M. Langseth, D. Nobes, 1992 .

Ground Penetrating Radar Imaging of Abandoned Coal and Gold Mine Workings

M. Brook, D. Nobes, 2014 .

First seismic imaging results of tectonically complex structures at shallow depths beneath the northwest Canterbury Plains, New Zealand

A. Green, A. Kaiser, C. Dorn, 2010 .

An application of ground penetrating radar to peat stratigraphy of Ellice Swamp, southwestern Ontario

B. Warner, D. Nobes, B. Theimer, 1990 .

GPR identification of voids inside concrete based on the support vector machine algorithm

Pan Li, Lanbo Liu, Xiongyao Xie, 2013 .

Using wavelet packet denoising and ANFIS networks based on COSFLA optimization for electrical resistivity imaging inversion

Li Dong, Feibo Jiang, Qianwei Dai, 2017, Fuzzy Sets Syst..

3D Time-Lapse Imaging of Polygonal Patterned Ground in the McMurdo Dry Valleys of Antarctica.

R. Sletten, M. Bannister, D. Nobes, 2008 .

Geophysical imaging of the post-earthquake structural integrity of flood-control stopbanks, Christchurch, New Zealand

D. Nobes, H. Vollebregt, M. James, 2015 .

Coseismic landsliding during the Mw 7.1 Darfield (Canterbury) earthquake: Implications for paleoseismic studies of landslides

M. Quigley, C. Massey, D. Nobes, 2014 .

35. LITHOLOGIC CONTROL OF PHYSICAL-PROP ERTY INTERRELATIONSHIPS1

J. Mienert, D. Nobes, G. Dirksen, 1991 .

Identification and Correction of a Systematic Error in Index Property Measurements

M. Langseth, D. Nobes, S. Kuramoto, 1992 .

3. AN ESTIMATE OF HEAT FLOW ON THE METEOR RISE, SITE 704*

J. Mienert, C. Mwenifumbo, D. Nobes, 1991 .

Characterisation of Coal Seam Gas Waters in New Zealand

M. Milke, D. Nobes, M. Taulis, 2005 .

Conductive layer detection in periglacial Antarctic environment with time-domain electromagnetics

R. Sletten, M. Bannister, D. Nobes, 2019, SEG Technical Program Expanded Abstracts 2019.

Downwasting of the Tasman Glacier, South Island, New Zealand: Changes in the terminus region between 1971 and 1993

David C. Nobes, David Claridge, Manfred P. Hochstein, 1995 .

Ground penetrating radar response from voids: A demonstration using a simple model

D. C. Nobes, D. Nobes, 2016, 2016 16th International Conference on Ground Penetrating Radar (GPR).