Anderson was elected as a member into theNational Academy of Engineering in 2006 for leadership in the development of groundwater-flow models.[2] Anderson also served as president of the Hydrology Section of theAmerican Geophysical Union from 1996 until 1998, and was the Editor-in-Chief of the journalGroundwater from 2002 until 2005.[1]
Anderson's research involves groundwater–lake interaction and application of computer models.
She is co-author of two textbooks includingIntroduction to Groundwater Modeling[6] andApplied Groundwater Modeling, now in a 2nd edition (2015).[7] She has been cited as turning groundwater modeling into a "fundamental tool of practicing hydrologists."[8]
^Pikul, Mary F (1971).Environmental survey of San Gregorio Valley, San Mateo County, California (Thesis).OCLC81602873.
^Pikul, Mary Frances (1973).Numerical studies of linked soil-moisture and groundwater systems (Thesis).OCLC5665668.
^Wang, Herbert; Anderson, Mary P. (1995).Introduction to groundwater modeling : finite difference and finite element methods. San Diego: Academic Press.ISBN978-0-08-057194-2.OCLC782873727.
^Anderson, Mary P. (2015).Applied groundwater modeling : simulation of flow and advective transport. William W. Woessner, R. J. Hunt (Second ed.). London, UK.ISBN978-0-08-091638-5.OCLC914472583.{{cite book}}: CS1 maint: location missing publisher (link)