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  \,\hfill {\footnotesize \textcolor{gray}{updated February 2018~~~~~}} \hfill\,
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%--}}}%
\begin{document}
\makeheading{
\begin{minipage}[B]{0.5\textwidth}
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	{\Huge\bf\sf \color{deep_blue} D\huge \hskip -0.05cm ANIEL %
	 \Huge \color{deep_blue} B\huge \hskip -0.05cm USCOMBE}
	\\[-.1\baselineskip]
	{\bf\sf Assistant Research Professor}
        \\
        {\sf Northern Arizona University}
        
    }
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    \small
        School of Earth Sciences \& Environmental Sustainability\\
        625 Knowles Drive\\
        Flagstaff AZ 86011-4099\\
	{\texttt {Daniel.Buscombe@nau.edu}}\\
	{\texttt {www.danielbuscombe.com}}%
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%\textcolor{deep_blue}{\bf\sf Research interests}:
%Cosmology, weak lensing, data mining and automated learning algorithms for
%large astronomical data sets.

\begin{itemize}[leftmargin=2ex, itemsep=0ex]
\item[\mydot]
I am Assistant Research Professor at NAU, teaching and researching in sedimentology, sediment transport, geomorphology, hydroacoustics, and
scalable geocomputation. I often use machine learning tools in my research.

\item[\mydot]
Previously, I worked at the Grand Canyon Monitoring and Research Center, an
interdisciplinary program within the U.S. Geological Survey carrying out basic and applied research into sediment issues related to the management of regulated rivers in the Western United States.

\item[\mydot]
Previously I was an a post-doctoral fellow,
working in the Marine Science departments
at the University of Plymouth, and before that at the University of California Santa Cruz. During those fellowships, I worked on
sediment transport and hydrodynamics in nearshore and coastal shelf environments.

\item[\mydot]
My PhD research at the University of Plymouth (2004 - 2008) focused on the morphodynamics and sediment dynamics of macrotidal gravel beaches.

\item[\mydot]
I am interested in encouraging reproducible and open research practices
in geosciences.  To this end I spend significant time developing a variety of open-source
scientific computing tools.

\end{itemize}
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{E \large\hskip -1ex DUCATION}{~}

    \subtopic[2004-2008]{\bf PhD}{
        School of Geography, University of Plymouth, Plymouth, UK\\
        advised by Prof. Gerd Masselink and Dr Mark Davidson (School of Marine Science and Engineering)\\
	Thesis: \href{https://dbuscombe-usgs.github.io/media/pdfs/Buscombe_thesis_june2008.pdf}{
          Morphodynamics, Sediment Dynamics and Sedimentation of a Gravel Beach}
    }

    \subtopic[2000-2003]{\bf BSc}{
      Bowland College, Lancaster University, Lancaster, UK\\
      Major: Physical Geography; Minors: Environmental Science \& Biological Science\\
			First class, with honours.
		}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{E \large\hskip -1ex XPERIENCE}{~}

\vspace*{-0.5\baselineskip}
\smalltopic{Employment}{}

    \subtopic[Nov. 2016--Present]{NAU}{
      Assistant Research Professor.\\
      School of Earth Sciences \& Environmental Sustainability, Northern Arizona University.}

    \subtopic[2012-- Nov. 2016]{U.S. Geological Survey}{
      Research Geologist.\\
      Grand Canyon Monitoring \& Research Center, U.S. Geological Survey.\\
			Supervised by Dr Paul Grams.}

    \subtopic[2009--2012]{UoP Marine Science}{
      NERC post-doctoral fellowship.\\
      Department of Marine Science \& Engineering, University of Plymouth, UK.\\
      Supervised by Dr Daniel Conley \& Dr Alex Nimmo-Smith.}

    \subtopic[2008--2009]{UCSC Marine Science}{
      Postdoctoral Researcher, U.S. Geological Survey\\
      \& Department of Earth \& Planetary Sciences, University of California Santa Cruz.\\
      Supervised by Dr David Rubin \& Dr Jessica Lacy.}

    \subtopic[2008--2011]{UoP Marine Ecology}{
      Computer Programming Contractor.\\
			Marine Biology \& Ecology Research Centre, University of Plymouth, UK.\\
			Supervised by Dr Kerry Howell.}

    \subtopic[2008]{UoP BARDEX}{
		Research Assistant, School of Geography, University of Plymouth, UK.\\
		BARDEX (Barrier Dynamics Experiment), an EU Hydralab III-funded laboratory wave flume project.
		Supervised by Prof. Jon Williams \& Prof. Gerhard Masselink.
    }

		\subtopic[2007--2008]{UoP WHISSP}{
		Research Assistant, School of Marine Science \& Engineering, University of Plymouth, UK.\\
		WHISSP (Wave Hub Impacts on Seabed and Shoreline Processes), an EU-funded field-based project studying the effects of marine renewable energy devices on the shoreline.
		Supervised by Prof. Jon Williams \& Prof. Gerhard Masselink.
    }

    \subtopic[2004--2008]{UoP Geography}{
      Associate Lecturer and Demonstrator (part-time).\\
			School of Geography, University of Plymouth, UK.
    }

    \subtopic[2003--2004]{FSC}{
      Assistant tutor.\\
			Field Studies Council, Castle Head, Grange-over-Sands, UK.
    }


\smalltopic{Teaching}{}

    \subtopic[Spring 2017, 2018]{EES 680}{
      Earth \& Environmental Data Analysis\\
      {\it Course leader -- University of Northern Arizona}}

    \subtopic[Fall 2014--Present]{EES 529}{
      Applied Remote Sensing\\
      {\it Guest lecturer -- University of Northern Arizona}}

    \subtopic[Fall 2015]{EES 698-1}{
      Topics in Fluvial Geomorphology\\
      {\it Guest lecturer -- University of Northern Arizona}}

    \subtopic[2010 -- 2012]{OS204}{
      Waves, Tides and Coastal Dynamics\\
      {\it Guest lecturer -- University of Plymouth}}

    \subtopic[2010 -- 2012]{OS311}{
      Modelling Ocean Processes\\
      {\it Guest lecturer -- University of Plymouth}}

    \subtopic[2004--2008]{Geography}{
      Introductory statistics, Glacial Geomorphology, Coastal Geomorphology\\
      {\it Teaching assistant -- University of Plymouth}}

    \subtopic[2003--2004]{FSC}{
      Field- and classroom-based ecology, geology, environmental sciences\\
      {\it Teaching assistant -- Field Studies Council Castle Head}}


\smalltopic{Service}{}

  \subtopic[2007--]{Journal Reviewer}{
     Arctic; Continental Shelf Research; Earth Surface Processes \& Landforms; Geo-Marine Letters; Geophysical Research Letters; Hydrobiologia; IEEE Journal of Oceanic Engineering; Journal of Hydraulic Engineering; Journal of Marine Science \& Engineering; Journal of Mountain Science; Journal of Sedimentary Research; Marine Geology; Remote Sensing; Sedimentology; Sedimentary Geology; Water Resources Research.
   }

   \subtopic[2017--]{NEON Aquatic Technical Working Group}{
     Member of the NSF-funded National Ecological Observatory Network Aquatic Technical Working Group, advising on bathymetry, substrate characterisation, and hydroacoustic instrumentation and analyses.
   }

   \subtopic[2018]{GSA}{
     Co-convener for session T3: Advances in River Science in the Intermountain West. Geological Society of America Joint Rocky Mountain - Cordilleran section meeting, Flagstaff, AZ.
   }

   \subtopic[2016]{Software Carpentry}{
     Lead organizer for this 3 day-long, 30-person workshop at U.S. Geological Survey.
   }

   \subtopic[2015]{MBES in Rivers}{
     Lead organizer for 2nd Multibeam in Rivers Workshop, a 3 day-long, 30-person workshop at U.S. Geological Survey.
   }

   \subtopic[2013]{AGU}{
     Co-convener of the session, EP010. Fluvial sediment budgets: Can we do better? American Geophysical Union Fall Meeting, December 2013
   }

   \subtopic[2007]{AGU}{
     Co-convener of the session, H60: Linking sediment supply, bed-sediment particle size, sediment transport, and bed morphology in fluvial, marine, and aeolian settings. American Geophysical Union Fall Meeting, December 2007
   }

   \subtopic[2007]{YCSEC}{
     On the organising committee for the Young Coastal Scientist and Engineers Conference, 2007 (YCSEC 2007)  hosted by the School of Geography at the University of Plymouth 19-21 April 2007.
   }

   \subtopic[2005]{QRA}{
     On the organising committee for the Quaternary Research Association's 4th International Postgraduate Symposium, hosted by the School of Geography at the University of Plymouth 31st August - 2nd September 2005.
   }


\smalltopic{Mentoring}{}

    \subtopic[2016-Present]{Andrew Platt}{
	  \textit{Estimates of total in-channel sand storage in Grand Canyon}. MS, Northern Arizona University School of Earth Sciences \& Environmental Sustainability.\\
		Co-supervised with Dr Ryan Porter.
	}

    \subtopic[2016-Present]{Ryan Lima}{
	  \textit{Remote sensing of sandbar dynamics}. PhD, Northern Arizona University School of Earth Sciences \& Environmental Sustainability.\\
		Co-supervised with Dr Temuulen Sankey.
	}

    \subtopic[2014-Present]{Thomas Ashley}{
      \textit{Sediment transport and the evolution of dune topography at the grain scale}. PhD, School of Geology and Geophysics, University of Wyoming.\\
			Co-supervised with Dr Brandon McElroy.
    }

    \subtopic[2014-2017]{Rebecca Rossi}{
		\textit{Structure-from-Motion surveying of sandbars in Grand Canyon}. MS, Utah State University Department of Watershed Sciences.\\
		Co-supervised with Dr Joseph Wheaton.
		}

    \subtopic[2015-2017]{Daniel Hamill}{
      \textit{Transforming a Low-Cost Leisure Gadget into a High Resolution Riverbed Remote Sensing Tool}. MS, Utah State University Department of Watershed Sciences.\\
			Co-supervised with Dr Joseph Wheaton.
    }

    \subtopic[2011--2012]{Martin Meoli}{
      \textit{Gravel transport under waves}. MSc Applied Marine Science, School of Marine Science \& Engineering, University of Plymouth\\
			Co-supervised with Dr Alex Nimmo-Smith.
    }

    \subtopic[2011--2012]{James Sawyer}{
		\textit{Holographic imaging of near-bed sand suspensions}. MSc Applied Marine Science, School of Marine Science \& Engineering, University of Plymouth\\
		Co-supervised with Dr Daniel Conley.
    }


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{A \large\hskip -1ex WARDS \& HONORS}{~}


    \subtopic[2017]{Institute of Electrical and Electronics Engineers}{
      "Excellence in Peer Review" Award for the journal, {\it IEEE Journal of Oceanic Engineering}
    }


\subtopic[February 2017]{ASCE-EWRI Best Technical Note Award 2017}{
  For Buscombe et al. (2016) \textit{Automated riverbed sediment classification using low-cost sidescan sonar}, Journal of Hydraulic Engineering. Awarded by the Environmental \& Water Resources Institute, American Society of Civil Engineers.
}

\subtopic[March 2016]{USGS "What's the Big Idea?""}{
	Research featured in the video \href{https://www.youtube.com/watch?v=zNqpuKf2O7o}{What's the Big Idea? —Using Sound to Remotely Sense the Riverbed}
on the YouTube channel of the U.S. Geological Survey
}

    \subtopic[July 2015]{American Geophysical Union Research Spotlight}{
      Research featured in the article \href{https://eos.org/research-spotlights/using-sound-waves-to-study-grand-canyon-sediment}{Using Sound Waves to Study Grand Canyon Sediment}
      in EOS Earth and Space Science News
    }

    \subtopic[2013]{Elsevier "Excellence in Peer Review" Award}{
      for the Elsevier journal, {\it Sedimentary Geology}
    }

    \subtopic[September 2012]{JGR-Oceans Editor's Highlight}{
      Research featured in the article \href{http://agupubs.onlinelibrary.wiley.com/agu/article/10.1029/2012JC007954/editor-highlight/}{Novel observations of currents and drag generated by a tsunami}
			published in the Journal of Geophysical Research - Oceans.
    }



%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{C \large\hskip -1ex OMPUTING}{
  I am an active developer and maintainer of several
  scientific computing packages.
  See my github profile
  (\href{http://github.com/dbuscombe-usgs}{http://github.com/dbuscombe-usgs})
  for details.}

%\vspace*{-0.5\baselineskip}
\smalltopic{Skills}{

  \begin{itemize}[leftmargin=0ex, itemsep=0ex, labelindent=-2ex, parsep=.5ex]
    \item[\mydot] Experienced open source developer, with a specialization in
      scientific computing, including visualization, geospatial statistics, signal processing, image processing
      and machine learning.
    \item[\mydot] Expert in the Python Language and extensions such as Cython;
      expert in the MATLAB language, experience writing R, C, C++, and Fortran code.
    \item[\mydot] Experience with a variety of tools and languages, including
      bash, csh, \LaTeX{}, HTML, Git, Linux, virtual machines, virtual environments, auto-deployment of software packages (PyPI, SWIG, Distutils, conda), distributed, parallel, out-of-core and cloud computing.
    \item[\mydot] Experience with Hydrodynamic modelling software, including the \href{http://www.gotm.net/index.php}{General Ocean Turbulence Model}; Simulating Waves Nearshore (\href{http://www.swan.tudelft.nl/}{SWAN}); Simulating Waves 'til Shore (\href{http://swash.sourceforge.net/features/features.htm}{SWASH}).
    \item[\mydot] Experience with Hydrographic surveying and mapping software, including \href{http://gmt.soest.hawaii.edu/}{Generic Mapping Tools}, \href{http://www.ldeo.columbia.edu/res/pi/MB-System/}{MB-System} and \href{www.hypack.com}{HYPACK}, GIS, and geospatial libaries such as GDAL, Mapbox and Proj-4.
  \end{itemize}

}

\smalltopic{Major Software Projects}{}

   \subtopic[2018--Present]{PriSM}{
     Software for probabilistic seafloor habitat mapping using multibeam backscatter. Source code currently available in Python.}

   \subtopic[2010--Present]{DGS}{
     Software for automated analyses of grain size from images of sediment. Source code currently available in Matlab and Python.}

   \subtopic[2014--Present]{PyHum}{
  Software for reading, processing and analysis of Humminbird sidescan data. Source code available in Python/Cython.
   }

   \subtopic[2015--Present]{pysesa}{
Python program for spatially explicit spectral analysis. Software for spatially explicit analyis of point clouds and spatially distributed data. Source code available in Python. 
   }

   \subtopic[2011--2012]{Sand Simulation Toolbox}{
Software for generating 3D discrete particle models consisting of realistic particles (with a size- and shape-distribution) with user-defined properties. Source code available in Matlab. 
   }

   \subtopic[20012]{MATSCAT}{
Software for analysis of multiple-frequency acoustic backscatter for suspended sediment concentration and particle size. Source code available in Matlab.}

   \subtopic[2008--2011]{Benthic Analysis Tool}{
Software for the semi-automation of species identification and measurement in deep-sea ROV/drop frame images. Source code available in Matlab.
   }


%\newpage

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{S \large\hskip -1ex ELECTED TALKS}{\small \\{\textcolor{gray}{\it $**$= invited talk}}}


%\smalltopic{Astronomy}{}
  \dateonly[**February 2018]{
      {\it PyHum: open-source software for acoustic remote sensing with low-cost sidescan sonar.}\\
      Fish \& Wildlife Service Remote Sensing Group
  }

  \dateonly[**October 2017]{
      {\it Comprehensive Sediment Transport Monitoring in Fine Grained Rivers with High Suspended Loads.}\\
      USGS Minnesota Water Science Center, Mounds View, MN.
  }

  \dateonly[September 2017]{
      {\it The sand dunes of the Colorado River, Grand Canyon, USA.}\\
      River, Coastal \& Estuarine Morphodynamics Conference, Italy.
  }

  \dateonly[**August 2017]{
      {\it Automated substrate characterization using low-cost sidescan sonar.}\\
      Annual American Fisheries Society Meeting, Tampa, FL.
  }

  \dateonly[**March 2017]{
      {\it Particle Size `by Proxy': Decoding the Textural Information in Scattered Sound \& Light}\\
      Utah Water Research Laboratory, Utah State University, Logan, UT.
  }

  \dateonly[**December 2016]{
      {\it Large-scale SfM: Grand Canyon Style}\\
      Pacific Coastal \& Marine Science Center, USGS, Santa Cruz, CA.
  }

  \dateonly[**October 2016]{
      {\it Particle Size `by Proxy': Decoding the Textural Information in Remotely Sensed Landforms}\\
      School of Earth Sciences \& Environmental Sustainability, Northern Arizona University, Flagstaff, AZ.
  }

  \dateonly[July 2016]{
      {\it Stochasticity of riverbed backscattering, with implications for acoustical classification of non-cohesive sediment using multibeam sonar}\\
    8th International Conference on Fluvial Hydraulics, St. Louis, MO
  }

  \dateonly[**January 2016]{
      {\it The Digital Grain Size Web Computing Application}\\
      USGS Center for Data Integration, Denver, CO
  }

  \dateonly[**January 2016]{
      {\it Observations of sand dune migration on the Colorado River in Grand Canyon}\\
      Glen Canyon Dam Adaptive Management Program Adaptive Management Work Group Meeting, Phoenix, AZ
  }

  \dateonly[April 2015]{
      {\it Considerations for unsupervised riverbed sediment characterization using low-cost sidescan sonar: Examples from the Colorado River, AZ and the Penobscot River, ME.}\\
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, NV
  }

  \dateonly[April 2015]{
      {\it Using oblique digital photography for alluvial sandbar monitoring and low-cost change detection.}\\
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, NV
  }

  \dateonly[April 2015]{
      {\it Hydroacoustic signatures of Colorado riverbed sediments in Marble and Grand Canyons using multibeam sonar}\\
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, NV
  }

  \dateonly[March 2015]{
      {\it Acoustic and topographic sediment classification in Lower Marble Canyon}\\
      2nd MBES in Rivers Workshop, USGS Flagstaff, AZ
  }

  \dateonly[March 2015]{
      {\it Characterizing sand dune migration on the Colorado River in Western Grand Canyon using repeat multibeam mapping}\\
      2nd MBES in Rivers Workshop, USGS Flagstaff, AZ
  }

  \dateonly[March 2015]{
      {\it Towards automated substrate mapping with low-cost sidescan sonar}\\
      2nd MBES in Rivers Workshop, USGS Flagstaff, AZ
  }

  \dateonly[**February 2015]{
      {\it The Digital Grain Size Project: Past, Present and Future}\\
      USGS Coastal and Marine Geology, Woods Hole, MA
  }

  \dateonly[December 2014]{
      {\it Topographic and acoustic estimates of grain-scale roughness from high-resolution multibeam echo-sounder: examples from the Colorado River in Marble and Grand Canyons}\\
      American Geophysical Union Fall Meeting, San Francisco, CA
  }

  \dateonly[**August 2014]{
      {\it Measuring bed sediments for improved sediment budgets and physical habitat assessment}\\
      Glen Canyon Dam Adaptive Management Program Adaptive Management Work Group Meeting, Flagstaff, AZ
  }

  \dateonly[**February 2014]{
      {\it Bed Sediment Classification Using High-Frequency Acoustic Backscatter}\\
      Multibeam in Rivers Summit, Utah State University, Logan, UT
  }

  \dateonly[December 2013]{
      {\it Acoustic Scattering by an Heterogeneous River Bed: Relationship to Bathymetry and Implications for Sediment Classification using Multibeam Echosounder Data}\\
      American Geophysical Union Fall Meeting, San Francisco, CA
  }

  \dateonly[July 2012]{
      {\it Schmidt number of sand suspensions under oscillating-grid turbulence}\\
      33rd International Conference on Coastal Engineering, Santander, Spain
  }

  \dateonly[**July 2012]{
      {\it Digital Grain Size}\\
      British Geological Survey, Marine Geosciences Division, Edinburgh, UK
  }

  \dateonly[**February 2012]{
      {\it Nearshore Sediment Transport Through the Looking Glass}\\
      Grand Canyon Monitoring and Research Center, Flagstaff, AZ
  }

  \dateonly[February 2012]{
      {\it Co-variation of intertidal morphology, bedforms and grain size on a macrotidal sand beach: Praa Sands, UK}\\
      Ocean Sciences 2012, Salt Lake City, UT
  }

  \dateonly[December 2011]{
      {\it How do you tell how big something is without direct measurement? Estimating grain size using an image's spectrum}\\
      American Geophysical Union Fall Meeting, San Francisco, CA
  }

  \dateonly[November 2010]{
      {\it Hourly Measurements of Grain-Size from the Inner Continental Shelf Seabed Using a Fully-Automated, Hydraulically-Controlled Underwater Video Microscope}\\
      Particles in Europe 2010, Villefranche-Sur-Mer, France
  }

  \dateonly[June 2010]{
      {\it An automated and 'universal' method for measuring mean grain size from a digital image of sediment}\\
      9th Federal Interagency Sedimentation Conference, Las Vegas, NV
  }

  \dateonly[February 2010]{
      {\it Modeling sand resuspension and stratification in turbulent nearshore flows: sensitivity to grain size distribution}\\
      Ocean Sciences 2010, Portland, OR
    }

  \dateonly[**February 2010]{
      {\it Turbulence, Sediment Stratification and Altered Resuspension under Waves}\\
      Centre for Coastal Science and Engineering, University of Plymouth, UK
    }

  \dateonly[**January 2009]{
    {\it Morphodynamics and sediment dynamics of a macrotidal gravel beach}\\
    Coastal and Marine Geology, United States Geological Survey, Santa Cruz, CA
  }

  \dateonly[**October 2008]{
    {\it Optical sensing of gravel sediment transport and characteristics: recent advances and future challenges.}\\
    Lancaster University Environmental Imaging Network, Lancaster University, UK
  }

  \dateonly[September 2008]{
      {\it Granular Properties from Digital Images of Sediment: Implications for Coastal Sediment Transport Modelling}\\
      31st International Conference on Coastal Engineering (ICCE), Hamburg, Germany
  }

  \dateonly[December 2007]{
      {\it The relationship between sediment properties and sedimentation patterns on a macrotidal gravel beach over a semi lunar tidal cycle}\\
      American Geophysical Union Fall Meeting, San Francisco, CA
  }

  \dateonly[**November 2007]{
    {\it A year in the life of Slapton Sands - but was it a typical year?}\\
    Slapton Research Seminar, Field Studies Council, Slapton Ley, UK
  }

  \dateonly[May 2007]{
      {\it Field observations of step dynamics on a macrotidal gravel beach}\\
      Coastal Sediments 2007, New Orleans, LA
  }

  \dateonly[**December 2006]{
    {\it Field observations of morphological change and sediment dynamics from the nearshore of a gravel beach}\\
    Centre for Coastal Dynamics and Engineering (C-CoDE), University of Plymouth
  }

  \dateonly[**November 2006]{
    {\it A view from the beach}\\
    Slapton Research Seminar, Field Studies Council, Slapton Ley, UK
  }

  \dateonly[**December 2004]{
    {\it A tale of two storms}\\
    Slapton Research Seminar, Field Studies Council, Slapton Ley, UK
  }

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{M \large\hskip -1ex AJOR GRANTS}{~}

\subtopic[$\$$30,000 (pending)]{U.S. Bureau of Reclamation}{
Co-Principal Investigator (multiple PIs – J. Mueller and others), (2018 - 2020). Reservoir Operation Alternatives to Minimize the Economic Effects of Sedimentation.
}

\subtopic[$\$$30,000 (pending)]{USGS Center for Data Integration}{
Co-Investigator (J. Warrick and others), (2018). Mapping land-use, hazard vulnerability and habitat suitability using deep neural networks
}

\subtopic[$\$$30,000 (pending)]{Minnesota Aquatic Invasive Species Research Center}{
Co-Principal Investigator (multiple PIs – J. Kozarek and others), (2018 - 2020). Early detection of Zebra mussels using multibeam sonar.
}

\subtopic[$\$$52,209 (pending)]{National Science Foundation}{
Co-Principal Investigator (multiple PIs – M. Guala and others), (2018 - 2020). NSF-GLD: Predictive bedload modeling of bedform sediment flux unders steady and transient flows informed by high resolution bathymetry at laboratory and field scales
}

%\subtopic[$\$$808,425 (pending)]{National Science Foundation}{
%Co-Principal Investigator (multiple PIs – M. Smith and others), (2018 - 2020). NSFGEO-NERC: Collaborative Research: Crossing the Land-Sea Divide - Quantifying the Role of Terrestrial and Littoral Bedload Flux in Submarine Canyon Evolution
%}

%\subtopic[$\$$XXXXX (pending)]{Glen Canyon Dam Adaptive Management Work Group}{
%Co-Investigator (multiple PIs – S. Vanderkooi and others), (2017 - 2019). Sandbars and sediment storage dynamics: long-term monitoring and research at the site, research and ecosystem scales. Grand Canyon Monitoring and Research Center Triennial Work Plan
%}

\subtopic[$\$$XXXXX (pending)]{Glen Canyon Dam Adaptive Management Work Group}{
Co-Investigator (multiple PIs – S. Vanderkooi and others), (2017 - 2019). Sandbars and sediment storage dynamics: long-term monitoring and research at the site, research and ecosystem scales. Grand Canyon Monitoring and Research Center Triennial Work Plan
}

\subtopic[$\$$49,710]{U.S. National Park Service}{
Principal-Investigator, (2017 - 2018) Sediment Resources of the Colorado and Green River in Canyonlands National Park.
}

\subtopic[$\$$23,298]{USGS Coastal and Marine Geology Program}{
Principal-Investigator, (2017 - 2018) Remote Sensing of Coastal Change with advanced structure-from-motion techniques. 
}

\subtopic[$\$$144,290]{USGS}{
Principal-Investigator, (2016 - 2017) Remote Sensing of alluvial sandbar dynamics in grand canyon. 
}

\subtopic[$\$$200,000]{USGS Mendenhall post-doctoral fellowship}{
Co-investigator: T. Sankey (PI), P. Grams, A. East, D. Buscombe., T. Sankey, (2015 – 2017). The fluvial-aeolian- hillslope continuum: measurement and modeling of topography and vegetation to inform landscape-scale connectivity for sediment in river valley ecosystems
}

\subtopic[$\$$46,417]{USGS Center for Data Integration}{
Principal-Investigator (2015 - 2016). The digital grain size web and mobile computing application
}

\subtopic[$\$$48,994]{USGS Innovation Fund}{
Principal-Investigator (2015 - 2016). LOBOS (Limnological and Oceanographic Benthic Observation System): The next generation dual-scale submersible benthic imaging system. Jointly funded by the USGS Innovation Fund ($\$$16,497), the Innovation Center for Earth Science Director's Fund ($\$$17,497) and the USGS Southwest Biological Science Center ($\$$15,000) 
}

\subtopic[$\$$4,253,400]{Glen Canyon Dam Adaptive Management Work Group}{
Co-Investigator (multiple PIs – J. Schmidt and others), (2015 - 2017). Sandbars and sediment storage dynamics: long-term monitoring and research at the site, research and ecosystem scales. Grand Canyon Monitoring and Research Center Triennial Work Plan
}

\subtopic[$\$$232,016]{National Park Service}{
Co-Investigator (multiple PIs – P.E. Grams and others), (2014 - 2017). Geomorphic Processes and Relations Among Flow Regime, Sediment Flux and Resource Conditions on the Green River in Canyonlands National Park
}

\subtopic[$\$$2,911,400]{Glen Canyon Dam Adaptive Management Work Group}{
Co-Investigator (multiple PIs – J. Schmidt and others), (2013 - 2014). Sandbars and sediment storage dynamics: long-term monitoring and research at the site, research and ecosystem scales. Grand Canyon Monitoring and Research Center Biennial Work Plan
}

\subtopic[$\pounds$240,000]{Engineering and Physical Sciences Research Council, UK}{
Co-Investigator; G. Masselink (PI), D.C. Conley, D. Buscombe., (2012 - 2014). Proto-type Experiment and Numerical Modelling of Energetic Sediment Transport under Waves (PESTS). EPSRC EP/K000306/1.
}

%\subtopic[$\pounds$250]{Plymouth Marine Science Education Fund}{
%Principal-Investigator (2008). Travel grant to attend and present at ICCE Hamburg 2008
%}

%\subtopic[$\pounds$150]{Challenger Society for Marine Science}{
%Principal-Investigator (2008). Travel grant to attend and present at ICCE Hamburg 2008
%}

%\subtopic[$\$$500]{Society for Sedimentary Geology Grant}{
%Principal-Investigator (2008). President's Fund to investigate nearshore bedload transport and bedforms with stereo underwater video cameras
%}

\subtopic[$\$$2000]{International Association for Mathematical Geology}{
Principal-Investigator (2008). Grant to develop and trial algorithms for quantification of granular properties and coarse-grain sediment transport from images of the sea bed
}

%\subtopic[700 euros]{International Association of Sedimentologists}{
%Principal-Investigator (2008). Grant to investigate nearshore bedload transport and bedforms with stereo underwater video cameras
%}

%\subtopic[$\$$600]{American Geophysical Union}{
%Principal-Investigator (2007). Travel Grant, to attend the AGU 2007 Fall Meeting in San Francisco, CA
%}

%\subtopic[$\pounds$300]{British Geomorphological Society}{
%Principal-Investigator (2007). Postgraduate award, to attend and present at Coastal Sediments 2007, in New Orleans, LA
%}

%\newpage

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{P \large\hskip -1ex EER- REVIEWED PUBLICATIONS}{~}

\newcounter{PubNumber}
\newcommand{\publication}{\item[{\bf \textcolor{myblue}{[\stepcounter{PubNumber}\arabic{PubNumber}]}}]}



\subtopic{\hspace*{-3ex} 2006--2007}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe {\sl et al.}
      {\it Field observations of step dynamics on a macrotidal gravel beach}.
      In Kraus, N., and Rosati, J., (Eds), Proceedings of Coastal Sediments 2007 (Volume 1), 2007.

    \publication
      D. Buscombe \& G. Masselink.
      {\it Concepts in Gravel Beach Dynamics}.
      EARTH SCIENCE REVIEWS 79:33-52, 2006.

  \end{itemize}

}

\subtopic{\hspace*{-3ex} 2008}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      G. Masselink {\sl et al.}
      {\sl Sediment Trend Models Fail to Reproduce Small Scale Sediment Transport Patterns on an Intertidal Beach}.
      SEDIMENTOLOGY 55:667-687, 2008.

    \publication
      M. Austin \& D. Buscombe.
      {\sl Morphological Change and Sediment Dynamics of the Beach Step on a Macrotidal Gravel Beach}.
      MARINE GEOLOGY 249:167-183, 2008.

    \publication
      D. Buscombe.
      {\sl Estimation of Grain Size Distributions and Associated Parameters from Digital Images of Sediment}.
      SEDIMENTARY GEOLOGY 210:1-10, 2008.

    \publication
      G. Masselink \& D. Buscombe.
      {\sl Shifting gravel: A case study of Slapton Sands}.
      GEOGRAPHY REVIEW 22:27-31, 2008.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Granular Properties from Digital Images of Sediment: Implications for Coastal Sediment Transport Modelling}.
      Proceedings of the 31st International Conference on Coastal Engineering (ICCE), Hamburg, 2008.

    \publication
      A. Ruiz de Alegria {\it et al.}
      {\it Storm Impacts on a Gravel Beach Using the ARGUS video system}.
      Proceedings of the 31st International Conference on Coastal Engineering (ICCE), Hamburg, 2008.

    \publication
      M. Austin {\sl et al.}
      {\it Groundwater seepage between a gravel barrier beach and a freshwater lagoon}.
      Proceedings of the 31st International Conference on Coastal Engineering (ICCE), Hamburg, 2008.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2009}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe \& G. Masselink.
      {\sl Grain Size Information from the Statistical Properties of Digital Images of Sediment}.
      SEDIMENTOLOGY 56:421-438, 2009.

    \publication
      J.A. Warrick {\sl et al.}
      {\sl Cobble Cam: Grain-size measurements of sand to boulder from digital photographs and autocorrelation analyses}.
      EARTH SURFACE PROCESSES \& LANDFORMS 34:1811-1821, 2009.

    \publication
      J. Williams {\sl et al.}
      {\sl BARDEX (Barrier Dynamics Experiment): taking the beach into the laboratory}.
      JOURNAL OF COASTAL RESEARCH SI 56:158-162, 2009.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2010}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe {\sl et al.}
      {\sl Universal Approximation of Grain Size from Images of Non-Cohesive Sediment}.
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE 115:F02015, 2010.

    \publication
      D. Buscombe {\sl et al.}
      {\sl An automated and 'universal' method for measuring mean grain size from a digital image of sediment}.
      Proceedings of the 9th Federal Interagency Sedimentation Conference, Las Vegas, June 2010.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2012}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      J. Williams {\sl et al.}
      {\sl Barrier Dynamics Experiment (BARDEX): Aims, Design and Procedures}.
      COASTAL ENGINEERING 63:3-12, 2012.

    \publication
      D. Buscombe \& D. Conley
      {\sl Effective Shear Stress of Graded Sediment}.
      WATER RESOURCES RESEARCH, 48:W05506, 2012.

    \publication
      D. Buscombe \& D.M. Rubin.
      {\sl Advances in the Simulation and Automated Measurement of Granular Material, Part 1: Simulations}.
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE 117:F02001, 2012.

    \publication
      D. Buscombe \& D.M. Rubin.
      {\sl Advances in the Simulation and Automated Measurement of Granular Material, Part 2: Direct Measures of Particle Properties}.
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE 117:F02002, 2012.

    \publication
      J.R. Lacy {\sl et al.}
      {\sl Currents and sediment transport induced by a tsunami far from its source}.
      JOURNAL OF GEOPHYSICAL RESEARCH - OCEANS 117:C09028, 2012.

    \publication
      J. A. Puleo {\sl et al.}
      {\sl Comprehensive study of swash-zone hydrodynamics and sediment transport}.
      Proceedings of the 33rd International Conference on Coastal Engineering, Santander, July 2012.

    \publication
      D. Buscombe \& D. Conley
      {\sl Schmidt number of sand suspensions under oscillating-grid turbulence}.
      Proceedings of the 33rd International Conference on Coastal Engineering, Santander, July 2012.

    \publication
      D. Conley {\sl et al.}
      {\sl Use of digital holographic cameras to examine the measurement and understanding of sediment suspension in the nearshore}.
      Proceedings of the 33rd International Conference on Coastal Engineering, Santander, July 2012.

    \end{itemize}
}


\subtopic{\hspace*{-3ex} 2013}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe.
      {\sl Transferable Wavelet Method for Grain Size-Distribution from Images of Sediment Surfaces and Thin Sections, and Other Natural Granular Patterns}.
      SEDIMENTOLOGY 60:1709--1732, 2013.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2014}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      J.A. Puleo {\sl et al.}
      {\sl A Comprehensive Field Study of Swash-Zone Processes, Part 1: Experimental Design with Examples of Hydrodynamic and Sediment Transport Measurements}.
      JOURNAL OF WATERWAY, PORT, COASTAL, \& OCEAN ENGINEERING 140:29–42, 2014.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Autonomous bed-sediment imaging-systems for revealing temporal variability of grain size}.
      LIMNOLOGY \& OCEANOGRAPHY: METHODS 12:390 - 406, 2014.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Characterizing riverbed sediment using high-frequency acoustics 1: Spectral properties of scattering}.
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE 119:F003189, 2014.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Characterizing riverbed sediment using high-frequency acoustics 2: Scattering signatures of Colorado River bed sediment in Marble and Grand Canyons}.
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE 119:F003191, 2014.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2015}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      E.J. Davies {\sl et al.}
      {\sl A Evaluating Unsupervised Methods to Size and Classify Suspended Particles using Digital in-line Holography}.
      JOURNAL OF ATMOSPHERIC \& OCEANOGRAPHIC TECHNOLOGY 32:1241--1256, 2015.

    \publication
      P.E. Grams {\sl et al.}
      {\sl Use of Flux and Morphologic Sediment Budgets for Sandbar Monitoring on the Colorado River in Marble Canyon, Arizona}.
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, April, 2015.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Hydroacoustic signatures of Colorado riverbed sediments in Marble and Grand Canyons using multibeam sonar}.
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, April, 2015.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Considerations for unsupervised riverbed sediment characterization using low-cost sidescan sonar: Examples from the Colorado River, AZ and the Penobscot River, ME}.
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, April, 2015.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Using oblique digital photography for alluvial sandbar monitoring and low-cost change detection}.
      Proceedings of the 10th Federal Interagency Sedimentation Conference, Reno, April, 2015.

    \end{itemize}
}


\subtopic{\hspace*{-3ex} 2016}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      M. Cuttler {\sl et al.}
      {\sl Estimating the settling velocity of bioclastic sediment from common grain-size analysis techniques}.
      SEDIMENTOLOGY, 10.1111/sed.12338.

    \publication
      D. Hamill {\sl et al.}
      {\sl Towards bed texture change detection in large rivers from repeat imaging using recreational grade sidescan sonar}.
      Proceedings of the 8th International Conference on Fluvial Hydraulics, St. Louis, Missouri, July 2016.

    \publication
      D. Buscombe \& P.E. Grams.
      {\sl Stochasticity of riverbed backscattering, with implications for acoustical classification of non-cohesive sediment using multibeam sonar}.
      Proceedings of the 8th International Conference on Fluvial Hydraulics, St. Louis, Missouri, July 2016.

    \publication
      D. Buscombe.
      {\sl Spatially explicit spectral analysis of point clouds and geospatial data}.
      COMPUTERS \& GEOSCIENCES 86:92--108, 2016.

    \publication
      D. Buscombe {\sl et al.}
      {\sl Automated riverbed sediment classification using low-cost sidescan sonar}.
      JOURNAL OF HYDRAULIC ENGINEERING, 10.1061/(ASCE)HY.1943-7900.0001079, 06015019, 2016.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2017}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe {\sl et al.}
      {\sl Compositional signatures in acoustic backscatter over vegetated and unvegetated mixed sand-gravel riverbeds.} 
      JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE, 122, https://doi.org/10.1002/2017JF004302

    \publication
      D. Conley {\sl et al.}
      {\sl Grain size selection in seagrass beds}.
      Proceedings of Coastal Dynamics 2017, Denmark, July 2017 (paper no. 200).

    \publication
      M. Kaplinski {\sl et al.}
      {\sl Channel mapping river miles 29–62 of the Colorado River in Grand Canyon National Park, Arizona, May 2009}.
      U.S. Geological Survey Open-File Report 2017–1030, 35 p., https://doi.org/10.3133/ofr20171030.

    \publication
      D. Buscombe.
      {\sl Shallow water benthic imaging and substrate characterization using recreational-grade sidescan-sonar.}
      ENVIRONMENTAL MODELLING \& SOFTWARE, 89:1-18, 2017.

    \end{itemize}
}

\subtopic{\hspace*{-3ex} 2018}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]
    \publication
      P.E. Grams {\sl et al.}
      {\sl Automated Remote Cameras for Monitoring Alluvial Sandbars on the Colorado River in Grand Canyon, Arizona}.
      U.S. Geological Survey Open-File Report 2018–1019, 50 p., https://doi.org/10.3133/ofr20181019.


    \end{itemize}
}

\subtopic{\hspace*{-3ex} In Review}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Hamill {\sl et al.}
      {\sl Substrate mapping by automated texture segmentation of recreational-grade side scan sonar imagery.}
      PLOS ONE, submitted Nov 2017.

    \publication
      A. Kasprak {\sl et al.}
      {\sl The individual and additive effects of hydrologic alteration and vegetation encroachment on sediment connectivity in Grand Canyon.}
      PROGRESS IN PHYSICAL GEOGRAPHY, submitted Sept 2017

    \publication
      P.E. Grams {\sl et al.}
      {\sl How many measurements are required to construct an accurate sand budget in a large river? Insights from analyses of signal and noise.}
      EARTH SURFACE PROCESSES \& LANDFORMS, submitted Dec 2017.

    \publication
      K. Leary {\sl et al.}
      {\sl Practical guidelines for estimating sand bed load in rivers by tracking dunes}.
      JOURNAL OF HYDRAULIC ENGINEERING, submitted Feb 2018

    \publication
      D. Buscombe \& P.E. Grams.
      {\sl Probabilistic Benthic Substrate Classification with Multispectral Acoustic Backscatter.}
      IEEE GEOSCIENCE \& REMOTE SENSING LETTERS, submitted Mar 2018

    \end{itemize}
}

\subtopic{\hspace*{-3ex} Forthcoming}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

    \publication
      D. Buscombe {\sl et al.}
      {\sl Application of Deep Convolutional Neural Networks for Semantic Segmentation of Landscapes.}
      GEOSCIENCES, in preparation Mar 2018

    \publication
      S. Werner {\sl et al.}
      {\sl Turbidity currents triggered in Delgada canyon headwall by canyon-focusing of wave energy.}
      MARINE GEOLOGY, in preparation Mar 2018

    \publication
      D. Buscombe {\sl et al.}
      {\sl Effect of bubbles on acoustic measurements of suspended sand in the surf zone.}
      COASTAL ENGINEERING, in preparation Mar 2018

    \publication
      R. Tusso {\sl et al.}
      {\sl Bed Grain Size Measurements the Colorado River in Grand Canyon, Arizona, 2009 - 2017}.
      U.S. Geological Survey Open-File Report, in preparation Mar 2018

    \publication
      M. Kaplinski {\sl et al.}
      {\sl Channel mapping river miles 61–87 of the Colorado River in Grand Canyon National Park, Arizona, May 2011}.
      U.S. Geological Survey Open-File Report, in preparation Mar 2018

    \end{itemize}
}


\end{document}



%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\topic{C \large\hskip -1ex ONFERENCE PRESENTATIONS}{~}

Grams, P.E., Buscombe, D. Topping, D.J., Mueller, E.R. (2017) Identification of discontinuous sand pulses on the bed of the Colorado River in Grand Canyon. 2017 AGU Fall Meeting, New Orleans, LA, 11-15 Dec.

Leary, K., Buscombe, D., Schmeeckle, M., Kaplinski, M. (2017) Assessing the Importance of Cross-Stream Transport in Bedload Flux Estimates from Migrating Dunes: Colorado River, Grand Canyon National Park. 2017 AGU Fall Meeting, New Orleans, LA, 11-15 Dec.

Platt, A. S., Buscombe, D., Porter, R. C., & Grams, P. (2017), Estimating Sediment Thickness from Riverbed to Bedrock within the Colorado River in the Grand Canyon. 2017 AGU Fall Meeting, New Orleans, LA, 11-15 Dec. 

\subtopic{\hspace*{-3ex} Forthcoming}{~
  %\vspace*{\baselineskip}
  \begin{itemize}[leftmargin=0ex, itemsep=0ex, parsep=.5ex, labelindent=-4ex]

  \dateonly[June 2010]{
    \publication
      D. Buscombe {\sl et al.}
      {\sl The sand dunes of the Colorado River, Grand Canyon, USA.}
      River, Coastal and Estuarine Morphodynamics, Italy, September 2017

    \publication
      P. Grams {\sl et al.}
      {\sl Sand Pulses and Sand Patches on the Colorado River in Grand Canyon.}
      River, Coastal and Estuarine Morphodynamics, Italy, September 2017

    \publication
      D. Buscombe
      {\sl Automated substrate characterization using low-cost sidescan sonar: challenges and opportunities.} 
      Annual American Fisheries Society Meeting, Tampa, FL, August 2017

    \publication
      T. Ashley {\sl et al.}
      {\sl Modeling Bedload Flux at Sediment Monitoring Stations on Supply-Limited Rivers.}
      11th International Conference on Fluvial Sedimentology, Calgary, Canada, July 2017

    \publication
      K. Leary {\sl et al.}
      {\sl Assessing the importance of cross-stream dune transport in bedload flux estimates from migrating dunes: Colorado River, Grand Canyon National Park.}
      11th International Conference on Fluvial Sedimentology, Calgary, Canada, July 2017

    \publication
      D. Conley {\sl et al.}
      {\sl Grain size selection in seagrass beds.}
      Coastal Dynamics 2017, Denmark, June 2017

    \end{itemize}
}





        \item[37] Hamill, D., {\bf Buscombe, D.}, Wheaton, J., and Wilcock, P. (2016) Recreational-Grade Sidescan Sonar: Transforming a Low-Cost Leisure Gadget into a High Resolution Riverbed Remote Sensing Tool. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2016.\\  

        \item[36] Grams, P.E., Schmeeckle, M., Mueller, E., {\bf Buscombe, D.}, Kasprak, A., and Leary, K. (2016) Experimental Demonstration of 3-Dimensional Flow Structures and Depositional Features in a Lateral Recirculation Zone. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2016.\\  

        \item[35] Kasprak, A., {\bf Buscombe, D.}, Caster, J., Grams, P.E., and Sankey, J.B. (2016) The individual and additive effects of vegetation encroachment and hydrologic alteration on sediment connectivity in Grand Canyon. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2016.\\  

        \item[34] Rossi, R., {\bf Buscombe, D.}, Grams, P.E., Wheaton, J.M., and Schmidt, J. (2016) From Hype to an Operational Tool: Efforts to Establish a Long-Term Monitoring Protocol of Alluvial Sandbars using `Structure-from-Motion' Photogrammetry. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2016.\\        

        \item[33] Ashley, T., McElroy, B., {\bf Buscombe, D.}, Grams. P.E., Kaplinski, M.A., (2016) Estimating bedload from gage data to improve flux-based sediment budgets {\sl Geological Society of America Meeting}, Denver, Sept 2016.\\
        
        %\item[47]{\bf Buscombe, D.}, Grams. P.E., (2016) Sub-meter sediment classification using 400 kHz multibeam acoustic backscatter {\sl Ocean Sciences 2016}, New Orleans, Louisiana, February 2016.\\
        
	\end{list1}
        
	\subsection{\mysidestyle 2015}
	\begin{list1}	

        \item[32] Grams. P.E., {\bf Buscombe, D.}, Hazel, J.E., Kaplinski, M.A., Topping, D.J. (2015) Patterns of Channel and Sandbar Morphologic Response to Sediment Evacuation on the Colorado River in Marble Canyon, Arizona {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (poster)\\

        \item[31] Ashley, T., McElroy, B., {\bf Buscombe, D.}, Grams. P.E., Kaplinski, M.A., (2015) Examining the relationship between suspended sand load and bedload on the Colorado River, using concurrent measurements of suspended sand and observations of sand dune migration {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (poster)\\

        \item[30] Rubin, D.M., Topping, D.J., Schmidt, J.C., Grams. P.E., {\bf Buscombe, D.}, East, A.E., Wright, S.A., (2015) Interpreting hydraulic conditions from morphology, sedimentology, and grain size of sand bars in the Colorado River in Grand Canyon {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (oral)\\
        
        \item[29] Kaplinski, M.A., {\bf Buscombe, D.}, Ashley, T., Tusso, R.B., Grams. P.E., McElroy, B., Mueller, E., Hamill, D., and Townsend, J. (2015) Observations of sand dune migration on the Colorado River in Grand Canyon using high-resolution multibeam bathymetry {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (oral)\\

        \item[28] Hensleigh, J., {\bf Buscombe, D.}, Wheaton, J.M., and Brasington, J. (2015) TopCAT and PySESA: Open-source software tools for point cloud decimation, roughness analyses, and quantitative description of terrestrial surfaces. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (poster)\\  
        
        \item[27] {\bf Buscombe, D.}, Wheaton, J.M., Hensleigh, J., Grams, P.E., Welcker, C., Anderson, K., and Kaplinski, M. (2015) Addressing scale dependence in roughness and morphometric statistics derived from point cloud data. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2015. (poster)\\    
        
        \item[26] {\bf Buscombe, D.} (2015) Acoustic and topographic sediment classification in Lower Marble Canyon {\sl 2nd MBES in Rivers Workshop}, USGS Flagstaff, AZ, March 2015. (oral)\\
        
        \item[25] {\bf Buscombe, D.} and Kaplinski, M.A. (2015) Characterizing sand dune migration on the Colorado River in Western Grand Canyon using repeat multibeam mapping {\sl 2nd MBES in Rivers Workshop}, USGS Flagstaff, AZ, March 2015. (oral)\\

        \item[24] {\bf Buscombe, D.} (2015) Towards automated substrate mapping with low-cost sidescan sonar {\sl 2nd MBES in Rivers Workshop}, USGS Flagstaff, AZ, March 2015. (oral)
        
	\end{list1}

	\subsection{\mysidestyle 2014}
	\begin{list1}
        \item[23] Rubin, D., Topping, D., Grams, P., Tusso, R., Schmidt, J., {\bf Buscombe, D.}, Melis, T., Wright, S. (2014) What sediment grain size reveals about suspended-sediment transport in the Colorado River in Grand Canyon. {\sl International Conference on the Status and Future of the World's Large Rivers}, Brazil (oral).\\

        \item[22] {\bf Buscombe, D.}, Grams. P.E., and Kaplinski, M.A. (2014) Bed sediment classification using acoustic backscatter {\sl 1st MBES in Rivers Workshop}, Utah State University, Feb 2014. (oral)\\

        \item[21] {\bf Buscombe, D.}, Grams. P.E. (2014) Topographic and acoustic estimates of grain-scale roughness from high-resolution multibeam echo-sounder: examples from the Colorado River in Marble and Grand Canyons. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2014. (oral)
	\end{list1}
	
	\subsection{\mysidestyle 2013}
	\begin{list1}
	\item[20] Kaplinski, M.A., Hazel, J.E., Grams. P.E., {\bf Buscombe, D.}, Hadley, D., and Kohl. K. (2013) Constructing a morphologic sediment budget, with uncertainties, for a 50-km segment of the Colorado River in Grand Canyon.  {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2013 (poster).\\

	\item[19] Grams. P.E., {\bf Buscombe, D.}, Hazel, J.E., Kaplinski, M.A., and Topping, D.J. (2013) Reconciliation of Flux-based and Morphologic-based Sediment Budgets. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2013 (oral). \\

	\item[18] {\bf Buscombe, D.}, Grams. P.E., Kaplinski, M.A. (2013) Acoustic Scattering by an Heterogeneous River Bed: Relationship to Bathymetry and Implications for Sediment Classification using Multibeam Echosounder Data. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2013 (oral). \\

	\item[17] Davies, E.J., {\bf Buscombe, D.}, Graham, G., Nimmo Smith, W.A.M. (2013) Evaluating Unsupervised Methods to Size and Classify Suspended Particles Using Digital Holography {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2013 (poster). 
	\end{list1}

	\subsection{\mysidestyle 2012}
	\begin{list1}
        \item[16] Conley, D.C., {\bf Buscombe, D.}, and Nimmo-Smith, A. (2012) New understandings of sediment suspension in the nearshore from cross-comparisons of diverse  sensors. {\sl Ocean Sciences 2012}, Salt Lake City (poster).\\

	\item[15] {\bf Buscombe, D.}, Conley, D.C., and Rubin, D.M. (2012) Co-variation of intertidal morphology, bedforms and grain size on a macrotidal sand beach: Praa Sands, UK. {\sl Ocean Sciences 2012}, Salt Lake City (oral).\\

	\item[14] Nimmo-Smith, A., {\bf Buscombe, D.}, and Conley, D.C. (2012) Use of digital holographic cameras to examine the measurement and understanding of sediment suspension in the nearshore. {\sl Particles in Europe}, Barcelona, October 2012 (oral).

	\end{list1}

	\subsection{\mysidestyle 2011}
	\begin{list1}
	\item[13] {\bf Buscombe, D.}, and Conley, D.C. (2011) Formula for Motion Threshold per Grain Size for Graded Sediments in Steady Flows. {\sl European Geosciences Union General Assembly 2011}, Vienna (poster).\\

        \item[12] {\bf Buscombe, D.}, and Rubin, D.M. (2011) How do you tell how big something is without direct measurement? Estimating grain size using an image’s spectrum. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2011 (oral).
	\end{list1}

	\subsection{\mysidestyle 2010}
	\begin{list1}
	\item[11] {\bf Buscombe, D.} Lacy, J.R., and Rubin, D.M. (2010) Fractional resuspension and sediment flux on a wave-dominated, non-cohesive, inner continental shelf. {\sl Ocean Sciences 2010}, Portland (poster)\\

	\item[10] Rubin, D.M., {\bf Buscombe, D.}, Lacy, J.R., Chezar, H., Hatcher, G., and Wyland, R. (2010) Seafloor sediment observatory on a cable and a shoestring. {\sl Ocean Sciences 2010}, Portland (oral)\\

	\item[9] {\bf Buscombe, D.}, and Conley, D.C. (2010) Modeling sand resuspension and stratification in turbulent nearshore flows: sensitivity to grain size distribution. {\sl Ocean Sciences 2010}, Portland (oral)\\

	\item[8] Lacy, J.R., {\bf Buscombe, D.}, and Rubin, D.M. (2010) Tsunami-enhanced sediment resuspension on the inner shelf in northern Monterey Bay, California. {\sl Ocean Sciences 2010}, Portland (oral)\\

	\item[7] Conley, D.C., and {\bf Buscombe, D.} (2010) Effects of Grain Size Distributions on Fluid-Sediment Feedback. {\sl European Geosciences Union General Assembly 2010}, Vienna (oral)\\

	\item[6] Rubin, D.M., Chezar, H., {\bf Buscombe, D.}, Warrick, J.A., Barnard, P.L., Lacy, J.R., Hatcher, G., Wyland, R., Storlazzi, C., Conaway, C.H., Topping, D.J., Melis, T.S., and Grams, P.E. (2010) New technology for in-situ grain-size analysis from digital images of sediment, and resulting insights regarding sediment transport.  {\sl 9th Federal Interagency Sedimentation Conference}, Las Vegas June 2010 (oral).\\

	\item[5] {\bf Buscombe, D.}, Rubin, D.M., and Lacy, J.R. (2010) Hourly Measurements of Grain-Size from the Inner Continental Shelf Seabed Using a Fully-Automated, Hydraulically-Controlled Underwater Video Microscope. {\sl Particles in Europe 2010}, Villefranche-Sur-Mer, France. (oral)\\

	\item[4] Williams, J.J., Masselink, G., {\bf Buscombe, D.}, and 10 others (2010) BARDEX (Barrier Dynamics Experiments): a laboratory study of gravel barrier response to waves and tides. {\sl Proceedings of Hydralab III Joint User Meeting}, Hannover, p. 4 (oral)
	\end{list1}
	
	\subsection{\mysidestyle 2009}
	\begin{list1}
	\item[3] Williams, J.J., Masselink, G., {\bf Buscombe, D.}, and 7 others (2009). BARDEX (Barrier Dynamics Experiment): taking the beach into the laboratory. Abstract submitted for oral presentation at the {\sl 10th International Coastal Symposium (ICS)}, Lisbon, Portugal 2009 (oral).
	\end{list1}

	\subsection{\mysidestyle 2008}
	\begin{list1}
	
	\item[2] {\bf Buscombe, D.}, Ruiz de Alegria, A., and Masselink, G. (2008). The relative importance of cross- and along-shore sediment transport in planform and profile adjustments of a gravel barrier beach: Slapton, Devon, UK. {\sl American Geophysical Union Fall Meeting}, San Francisco, Dec 2008 (poster).
	\end{list1}
	
	\subsection{\mysidestyle 2007}

	\begin{list1}
	\item[1] {\bf Buscombe, D.}, and Masselink, G. (2007) The relationship between sediment properties and sedimentation patterns on a macrotidal gravel beach over a semi lunar tidal cycle. {\sl Eos Transactions American Geophysical Union Fall Meeting}, Abstract H53L-02 (oral).





        \item[36] Hamill, D., {\bf Buscombe, D.}, Wheaton, J.M., Melis, T.S., Grams. P.E., 2016, Towards bed texture change detection in large rivers from repeat imaging using recreational grade sidescan sonar {\sl Proceedings of the 8th International Conference on Fluvial Hydraulics}, St. Louis, Missouri, July 2016.\\
        
        \item[35] {\bf Buscombe, D.}, Grams. P.E., 2016, Stochasticity of riverbed backscattering, with implications for acoustical classification of non-cohesive sediment using multibeam sonar {\sl Proceedings of the 8th International Conference on Fluvial Hydraulics}, St. Louis, Missouri, July 2016.\\

	\item[34] {\bf 	Buscombe, D.}, 2016, Spatially explicit spectral analysis of point clouds and geospatial data. {\sl COMPUTERS \& GEOSCIENCES} 86, 92-108, 10.1016/j.cageo.2015.10.004.

	\end{list1}

	\subsection{\mysidestyle 2015}
	\begin{list1}
		
	\item[33] {\bf Buscombe, D.}, Grams, P.E., Smith, S.M., 2015, Automated riverbed sediment classification using low-cost sidescan sonar. {\sl JOURNAL OF HYDRAULIC ENGINEERING}, 10.1061/(ASCE)HY.1943-7900.0001079, 06015019.\\
	
	\item[32] Davies, E.J., {\bf Buscombe, D.}, Graham, G.W., Nimmo-Smith, W.A.M., 2015, Evaluating Unsupervised Methods to Size and Classify Suspended Particles using Digital in-line Holography, {\sl JOURNAL OF ATMOSPHERIC \& OCEANOGRAPHIC TECHNOLOGY}, 32, 1241 - 1256. doi: 10.1175/JTECH-D-14-00157.1 \\

        \item[31] Grams. P.E., {\bf Buscombe, D.}, Topping, D.J., Hazel, J.E., and Kaplinski, M.A. (2015) Use of Flux and Morphologic Sediment Budgets for Sandbar Monitoring on the Colorado River in Marble Canyon, Arizona. {\sl Proceedings of the 10th Federal Interagency Sedimentation Conference}, Reno, April 2015.\\

        \item[30] {\bf Buscombe, D.}, Grams. P.E., Kaplinski, M.A., Tusso, R.B., and Rubin, D.M. (2015) Hydroacoustic signatures of Colorado riverbed sediments in Marble and Grand Canyons using multibeam sonar. {\sl Proceedings of the 10th Federal Interagency Sedimentation Conference}, Reno, April 2015.\\

        \item[29] {\bf Buscombe, D.}, Grams. P.E., Melis, T.S., Smith, S. (2015) Considerations for unsupervised riverbed sediment characterization using low-cost sidescan sonar: Examples from the Colorado River, AZ and the Penobscot River, ME. {\sl Proceedings of the 10th Federal Interagency Sedimentation Conference}, Reno, April 2015.\\

        \item[28] {\bf Buscombe, D.}, Tusso, R.B., Grams. P.E. (2015) Using oblique digital photography for alluvial sandbar monitoring and low-cost change detection. {\sl Proceedings of the 10th Federal Interagency Sedimentation Conference}, Reno, April 2015.
	
	\end{list1}
	
	\subsection{\mysidestyle 2014}
	\begin{list1}
        \item[27] Puleo, J., Blenkinsopp, C., Conley, D., Masselink, G., Turner, I., Russell, P., {\bf Buscombe, D.}, Howe, D., Lanckriet, T., McCall, R., and Poate, T., 2014, A Comprehensive Field Study of Swash-Zone Processes, Part 1: Experimental Design with Examples of Hydrodynamic and Sediment Transport Measurements. {\sl JOURNAL OF WATERWAY, PORT, COASTAL, \& OCEAN ENGINEERING}, 140, 29–42. 10.1061/(ASCE)WW.1943-5460.0000210.\\

	\item[26]  {\bf Buscombe, D.}, Rubin, D.M., Lacy, J.R., Storlazzi, C., Hatcher, G., Chezar, H., Wyland, R. and Sherwood, C., 2014, Autonomous bed-sediment imaging-systems for revealing temporal variability of grain size. {\sl LIMNOLOGY \& OCEANOGRAPHY: METHODS}, 12, 390 - 406. \\

	\item[25] {\bf Buscombe, D.}, Grams, P.E., Kaplinski, M.A., 2014, Characterizing riverbed sediment using high-frequency acoustics 1: Spectral properties of scattering. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE, 119, doi:10.1002/2014JF003189.}.\\

	\item[24] {\bf Buscombe, D.}, Grams, P.E., Kaplinski, M.A., 2014, Characterizing riverbed sediment using high-frequency acoustics 2: Scattering signatures of Colorado River bed sediment in Marble and Grand Canyons. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE, 119, doi:10.1002/2014JF003191}.

	\end{list1}

	\subsection{\mysidestyle 2013}
	\begin{list1}
        \item[23] {\bf Buscombe, D.}, 2013, Transferable Wavelet Method for Grain Size-Distribution from Images of Sediment Surfaces and Thin Sections, and Other Natural Granular Patterns. {\sl SEDIMENTOLOGY} 60, 1709--1732. 

	\end{list1}

	\subsection{\mysidestyle 2012}
	\begin{list1}
	\item[22] Williams, J.J., {\bf Buscombe, D.}, Masselink, G., Turner, I., and Swinkels, C., 2012, Barrier Dynamics Experiment (BARDEX): Aims, Design and Procedures. {\sl COASTAL ENGINEERING} 63, 3-12.\\

	\item[21] {\bf Buscombe, D.}, and Conley, D.C., 2012, Effective Shear Stress of Graded Sediment. {\sl WATER RESOURCES RESEARCH} 48, W05506.\\

	\item[20] {\bf Buscombe, D.}, and Rubin, D.M., 2012, Advances in the Simulation and Automated Measurement of Granular Material, Part 1: Simulations. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE} 117, F02001.\\

	\item[19] {\bf Buscombe, D.}, and Rubin, D.M., 2012, Advances in the Simulation and Automated Measurement of Granular Material, Part 2: Direct Measures of Particle Properties. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE} 117, F02002.\\

	\item[18] Lacy, J.R., Rubin, D.M. and {\bf Buscombe, D.}, 2012, Currents and sediment transport induced by a tsunami far from its source. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - OCEANS} 117, C09028.\\

	\item[17] Puleo, J.A., Conley, D.C., Masselink, G., Russell, P., Turner, I.L., Blenkinsopp, C., {\bf Buscombe, D.}, Lanckriet, T., McCall, R., and Poate, T. (2012) Comprehensive study of swash-zone hydrodynamics and sediment transport. {\sl Proceedings of the 33rd International Conference on Coastal Engineering}, Santander, July 2012.\\

	\item[16] {\bf Buscombe, D.}, and Conley, D.C. (2012) Schmidt number of sand suspensions under oscillating-grid turbulence. {\sl Proceedings of the 33rd International Conference on Coastal Engineering}, Santander, July 2012.\\

	\item[15] Conley, D.C., {\bf Buscombe, D.}, and Nimmo-Smith, A. (2012) Use of digital holographic cameras to examine the measurement and understanding of sediment suspension in the nearshore. {\sl Proceedings of the 33rd International Conference on Coastal Engineering}, Santander, July 2012.

	\end{list1}

	\subsection{\mysidestyle 2010}
	\begin{list1}
	\item[14] {\bf Buscombe, D.}, Rubin, D.M., and Warrick, J.A., 2010, Universal Approximation of Grain Size from Images of Non-Cohesive Sediment. {\sl JOURNAL OF GEOPHYSICAL RESEARCH - EARTH SURFACE} 115, F02015.\\

	\item[13] {\bf Buscombe, D.}, Rubin, D. M., and Warrick, J. A. (2010) An automated and 'universal' method for measuring mean grain size from a digital image of sediment. {\sl Proceedings of the 9th Federal Interagency Sedimentation Conference}, Las Vegas June 2010.

	\end{list1}
	
	\subsection{\mysidestyle 2009}
	\begin{list1}
	\item[12] {\bf Buscombe, D.}, and Masselink, G., 2009, Grain Size Information from the Statistical Properties of Digital Images of Sediment. {\sl SEDIMENTOLOGY} 56, 421-438 \\

	\item[11] Warrick, J.A., Rubin, D.M., Ruggiero, P., Harney, J., Draut, A.E., and {\bf Buscombe, D.}, 2009, Cobble Cam: Grain-size measurements of sand to boulder from digital photographs and autocorrelation analyses. {\sl EARTH SURFACE PROCESSES \& LANDFORMS} 34, 1811-1821.\\

	\item[10] Williams, J., Masselink, G., {\bf Buscombe, D.}, Turner, I., Matias, A., Ferreira, O., Meltje, N., Bradbury, A., Albers, T., and Pan, S., 2009, BARDEX (Barrier Dynamics Experiment): taking the beach into the laboratory. {\sl JOURNAL OF COASTAL RESEARCH} SI 56, 158-162.