bibliography.bib

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@misc{plaetsen_2023, title={Using OpenAI with structured data: A beginner's guide}, url={https://medium.com/@margauxvanderplaetsen/using-openai-with-structured-data-a-beginners-guide-2d12719a72a9}, journal={Medium}, publisher={Medium}, author={Plaetsen, Margaux Vander}, year={2023}, month={Apr}}

@Article{penguin2022,
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}

@Article{dl2023,
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}

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@Article{chatGPT2023ds,
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@Article{penguin2020,
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}

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@article{AbdulMajedRaja2020,
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using {palmerpenguins}},
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}

@article{gencay2023prompt,
  title={ChatGPT Guide for Data Scientists: Top 40 Most Important Prompts
Mastering Data Science with ChatGPT and Python: Top 40 Prompts for Machine Learning, Data Visualization, and more},
  author={Gencay I},
  journal={Towards Data Science},
  year={2023},
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}

@article{Marie2023translate,
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}

@misc{Marie2023gpt,
  title={ChatGPT to Evaluate Generated Text
How good is ChatGPT for evaluating automatic summarization, story generation, and data-to-text generation?},
  author={Marie, Benjamin},
  journal={Towards Data Science},
  year={2023},
  month={March},
  day={17},
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}

@misc{sdf2023,
      title={[업무활용편] ChatGPT 활용사례 및 활용 팁},
      author={"ChatGPT활용연구TFT},
      year={2023},
      url = {https://sdf.seoul.kr/research-report/2003},
      urldate = {2023-03-10},
      publisher={서울디지털재단}
}

@misc{sdf2023v2,
      title={[일상생활·창작활동·교육분야편] ChatGPT 활용사례 및 팁},
      author={ChatGPT활용연구TFT},
      year={2023},
      url = {https://sdf.seoul.kr/research-report/2059},
      urldate = {2023-04-07},
      publisher={서울디지털재단}
}

@misc{stan2023,
      title={80 Ways to Use ChatGPT in the Classroom: Using AI to Enhance},
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}


@misc{zhao2023survey,
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      year={2023},
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@misc{liu2022generated,
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@misc{wang2023selfconsistency,
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      year={2023},
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      archivePrefix={arXiv},
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}

@misc{chen2021decision,
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      year={2021},
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@misc{zhou2023large,
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      year={2023},
      eprint={2211.01910},
      archivePrefix={arXiv},
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@misc{kojima2023large,
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author = {Ben Marwick and Carl Boettiger and Lincoln Mullen},
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URL = {
        https://doi.org/10.1080/00031305.2017.1375986

},
eprint = {
        https://doi.org/10.1080/00031305.2017.1375986

}

}



@Manual{palmer-penguins,
  title = {palmerpenguins: Palmer Archipelago (Antarctica) penguin data},
  author = {Allison Marie Horst and Alison Presmanes Hill and Kristen B Gorman},
  year = {2020},
  note = {R package version 0.1.0},
  url = {https://allisonhorst.github.io/palmerpenguins/},
}

@article{Gorman-2014,
 abstract = {BACKGROUND
Sexual segregation in vertebrate foraging niche is often associated with sexual size dimorphism (SSD), i.e., ecological sexual dimorphism. Although foraging behavior of male and female seabirds can vary markedly, differences in isotopic (carbon, \textgreek{d}13C and nitrogen, \textgreek{d}15N) foraging niche are generally more pronounced within sexually dimorphic species and during phases when competition for food is greater. We examined ecological sexual dimorphism among sympatric nesting Pygoscelis penguins asking whether environmental variability is associated with differences in male and female pre-breeding foraging niche. We predicted that all Pygoscelis species would forage sex-specifically, and that higher quality winter habitat, i.e., higher or lower sea ice coverage for a given species, would be associated with a more similar foraging niche among the sexes.
RESULTS
P2/P8 primers reliably amplified DNA of all species. On average, male Pygoscelis penguins are structurally larger than female conspecifics. However, chinstrap penguins were more sexually dimorphic in culmen and flipper features than Ad{\'e}lie and gentoo penguins. Ad{\'e}lies and gentoos were more sexually dimorphic in body mass than chinstraps. Only male and female chinstraps and gentoos occupied separate \textgreek{d}15N foraging niches. Strong year effects in \textgreek{d}15N signatures were documented for all three species, however, only for Ad{\'e}lies, did yearly variation in \textgreek{d}15N signatures tightly correlate with winter sea ice conditions. There was no evidence that variation in sex-specific foraging niche interacted with yearly winter habitat quality.
CONCLUSION
Chinstraps were most sexually size dimorphic followed by gentoos and Ad{\'e}lies. Pre-breeding sex-specific foraging niche was associated with overall SSD indices across species; male chinstrap and gentoo penguins were enriched in \textgreek{d}15N relative to females. Our results highlight previously unknown trophic pathways that link Pygoscelis penguins with variation in Southern Ocean sea ice suggesting that each sex within a species should respond similarly in pre-breeding trophic foraging to changes in future winter habitat.},
 author = {Gorman, Kristen B. and Williams, Tony D. and Fraser, William R.},
 year = {2014},
 title = {Ecological sexual dimorphism and environmental variability within a community of antarctic penguins (Genus Pygoscelis)},
 pages = {e90081},
 volume = {9},
 number = {3},
 issn = {1932-6203},
 journal = {PloS one},
 doi = {10.1371/journal.pone.0090081},
 file = {http://www.ncbi.nlm.nih.gov/pubmed/24599330},
 file = {https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3943793}
}