Category Archives: Biogeochemistry

Ocean Plankton and Ordinary Differential Equations

Ocean Plamkton As applied mathematicians we love differential equations. So, if you are looking for an interesting set of ordinary differential equations (ODEs) with relevance for Planet Earth, you might take a look at the so-called NPZ model of biogeochemistry. Continue reading

Posted in Biogeochemistry, Dynamical Systems | Leave a comment

DIMACS/CCICADA Collaboration on REU and Other Sustainability Projects

The Center for Discrete Mathematics and Theoretical Computer Science (DIMACS) and the Command Control Interoperability Center for Advanced Data Analysis (CCICADA), both based at Rutgers University, have collaborated on some recent activities to enhance the summer experience for several undergraduate students participating in the DIMACS/CCICADA Research Experiences for Undergraduates (REU) program. DIMACS and CCICADA recently co-hosted a workshop on Science and Technology Innovations in Hurricane Sandy Research. Continue reading

Posted in Astrophysics, Atmosphere, Biodiversity, Biogeochemistry, Biology, Biosphere, Carbon Cycle, Climate, Climate Change, Climate Modeling, Climate System, Complex Systems, Computational Science, Conference, Conference Announcement, Conference Report, Cryosphere, Data, Data Assimilation, Data Visualization, Dimension Reduction, Disease Modeling, Dynamical Systems, Ecology, Economics, Energy, Epidemiology, Evolution, Extreme Events, Finance, General, Geophysics, Imaging, Inverse Problems, Machine Learning, Mathematics, Meteorology, Natural Disasters, Networks, Ocean, Optimization, Paleoclimate, Patterns, Political Systems, Probability, Public Event, Public Health, Renewable Energy, Resource Management, Risk Analysis, Social Systems, Statistics, Sustainability, Sustainable Development, Tipping Phenomena, Transportation, Uncertainty Quantification, Weather, Workshop Announcement, Workshop Report | Leave a comment

Brinicles and Chemical Gardens

Brinicles are fun things to think about, but they also have broader implications. On one hand, as heat flows through them, they contribute to the energy balance in the ice pack around Antarctica. On the other hand, brinicles may have played a role in the beginnings of life on the early Earth. Continue reading

Posted in Biogeochemistry, Cryosphere, General | Leave a comment