[5] Seto, M. and Handoh, I.C. Mathematical explanation for the hydrophobicity-dependent bioconcentration of persistent organic chemicals in phytoplanktons, Chemosphere, (in press)
[4] Seto, M. and Akagi, T. (2008) Chemical condition for the appearance of a negative Ce anomaly in stream waters and groundwaters, Geochemical Journal, 42, 371 - 380
[3] Seto, M. and Akagi, T. (2007) Coexistence introducing regulation of environmental conditions, Journal of Theoretical Biology, 247, 267 - 274
[2] Seto, M. and Akagi, T. (2005) Influence of snow on iron release from soil, Geochemical Journal, 39, 173 - 183
[1] Seto, M. and Akagi, T. (2005) Daisyworld inhabited with daisies incorporating a seed size / number trade off: the mechanism of negative feedback on selection from a standpoint of the competition theory, Journal of Theoretical Biology, 234, 167 - 172
[2] 瀬戸繭美, 赤木右 (2003) 酸化還元電位の理解のための簡単な実験装置系の考案, 化学と教育, 51巻12号, 786 - 787
[1] 瀬戸繭美, 赤木右 (2003) 積雪が形成する還元的環境における土壌有機物の分解挙動, 化学と工業, 56巻7号, 817
・ Seto, M. and Handoh, I.C. (2009) Teasing out the non-linearity in the POPs-phytoplankton bioconcentration processes, Interdisciplinary Studies on Environmental Chemistry Vol. 2 Environmental Research in Asia for Establishing a Scientist’s Network, in press
・ Seto, M. and Iwasa, Y. Organisms stabilize the environmental conditions: analysis of a chemostat model.