Digital Scholarship

Nat Bobbitt's Laboratories

Why olfaction?

Olfaction provides a mechanism to model, monitor, and measure.

But how to examine research through large scale repositories?

Keyword Analysis | Dataset 1,945 Papers (PubMed)

Digital Scholarship:

  • document genetic research for chemosensory and animal behavior researchers
  • integrate public data repositories and genomes
  • meta-analysis of voluminous collection of experimental data
  • online knowledge base exchange
  • Digital scholarship integrates large scale database archives, experimental reports, and phylogenetic research techniques (Coddington, 1988; Havey & Pagel, 1991). I use digital scholarship in a systematic data mining activity where the data is computationally complex and useful in the qualitative design of data driven research protocols. Furthermore, digital scholarship attempts to integrate several layers of data: published papers, empirical research data, and knowledge based on genomic sequencing. By aggregating these layers of data part of the research function assembles a viable archive that can be shared. Rauscher et al. (2010) have identified the need for the systematic archiving of genetic research after publication of experimental research. This method supplements literature review with research data collection through large scale data aggregation and the analysis of morphological data through the universal system of genomics. Thereby, the reporting and evaluation of research lead to data archives, evolutionary trees, and other digital artifacts that can be used in replicable procedures.

    Scent Links

  • NCBI and PubMed
  • Axel (Nobel Lecture: Molecular Logic Olfactory Perception)
  • Luca Turin (Ted Talk: Vibrational Theory of Smell)
  • NIH Taste & Olfaction
  • Olfactory Research Monell Center
  • European Network for Artificial Olfaction
  • ISAB Conference 2010 From Animals to Animats
  • Dynamic Olfactory Workshop
  • International Society for Olfaction and Chemical Sensing
  • Schank Lab (Modeling Animal Behavior))
  • Lundstorm Lab (Pheromone & Multimodal)
  • Wyatt (Pheromones & Animal Behavior)
  • Oxford Research Group Animal Behavior
  • Gelperin (Odor Information Processing)
  • Reisart (Olfactory Coding)
  • Johnston Lab (Olfactory Communication)
  • Smith (Mammalian Pheromones)
  • Cowart (Chemosensory Dysfunction)
  • Lowe (Cellular Mechanisms in Coding & Processing Odor)
  • Zhao (Bioengineering Olfaction)
  • Mennella (Food, Flavor, and Health)
  • Dalton (Subjective Responses & Objective Markers in Chemical Exposures)
  • Pelchat (Food, Genetics, Neuroimaging)
  • Kimball (Wildlife Behavior & Chemical Signals)
  • Assoc. Chemoreception Sciences
  • UC Davis Psychobiology Faculty
  • Indiana University Center for Integrative Study of Animal Behavior
  • Duke Evolutionary Anthropology Program & Primate Genomics
  • Sobel (Berkeley Olfaction Research)
  • Urban Lab (CMU Neural Olfactory Research)
  • Systematic and Evolutionary Biology
  • Mueller-Schwarze (Chemical Ecology of Vertebrates)
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