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isaackramer/readme.md

Isaac Kramer Banner Image

Currently

Looking for

  • Opportunities to apply my expertise in environmental modeling, programming (Python), and analysis of complex problems.

Research Projects

  • I use mathematical modeling to study how climate change and water scarcity will affect the risk of soil degradation in coming decades.
  • I focus particularly on how saline and sodic conditions can lead to irreversible changes in soil hydraulic conductivity, threatening future agriculture production.

Alt Text

  • I also have a project focusing on how rising Israeli population levels will impact future water supply/demand.
  • My recently published articles are available on Google Scholar

Past work

  • I worked for national and international policy organizations in Washington, DC and served as US Peace Corps Volunteer in Malawi.
  • Check out my resume for more details.

More About Me

Outside of my research, I love to run, use code to learn more about business and finance, read/listen to books, explore nature, and keep busy in the kitchen. Originally from Rochester, NY.

Contact

Write to me at isaac.kramer@mail.huji.ac.il. Or add me on LinkedIn

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  1. python-preisach python-preisach Public

    Simple implementation of the Preisach model of hysteresis

    Python 9 1

  2. soil-hysteresis soil-hysteresis Public

    Forked from yairmau/hysteresis-python

    This GitHub repository corresponds to the published article "Hysteresis in soil hydraulic conductivity as driven by salinity and sodicity – a modeling framework."

    Jupyter Notebook 1

  3. finance finance Public

    This repository is designed to analyze stocks. The functions can be used to help evaluate stocks before purchase. Functions to evaluate portfolio performance are also included.

    Python

  4. SOTE SOTE Public

    The code contained in this repository corresponds to the SOTE model, as described in Kramer & Mau (2020). Click below for the corresponding article in Water Resources Research.

    Python

  5. SOTE-2.0 SOTE-2.0 Public

    The code contained in this repository corresponds to the SOTE 2.0 model, which can be used to study how salinity and sodicity affect soil hydraulic conductivity (with hysteresis).

    Python