Oral or Poster Presentations

Oral presentation (with reviewed)

  1. S.Shibasaki* and S. Mitri (2019).  “Microbial public goods games in a toxic environment: to degrade or to resist?”  The 2019 Congress of the European Society for Evolutionary Biology. 2019. Aug. 19-24. Turku, Finland.
  2. S.Shibasaki* and S. Mitri (2019).  “Microbial public goods games in a toxic environment: to degrade or to resist?'”  Mathematical Models in Ecology and Evolution. 2019, Jul. 16-19 Lyon, France.
  3. S. Shibasaki* (2018). The complex effect of the evolutionary rates on generalized mutualistic communities. 2018 Annual Meeting of the Society for Mathematical Biology & the Japanese Society of Mathematical Biology. 2018, Jul. 8 – 12. Sydney, Australia.
  4. Shibasaki* and M. Shimada. (2018). Cyclic dominance emerges from the two cooperative behaviors in the social amoeba. Game Theory Work shop 2018. Mar. 2-4. Osaka, Japan.
  5. S. Shibasaki* and M. Shimada. (2017). Stochastic sexual interaction facilitates the evolution of asexual cooperation in the social amoeba.   European Conference on Artificial Life 2017.  2017, Sep. 4-9. Lyon, France.

Oral presentation (not reviewed)

  1. A. Yamauchi, K. Ito, and S. Shibasaki (2019). “Mathmatical model of programed cell death of unicellular organisms'” Annual Meeting of Japanese Society of Mathematical Biology. 2019, Sept. 14-16. Tokyo, Japan.
  2. S.Shibasaki* and S. Mitri (2019). “Microbial public goods game in a toxic environment; to degrade or to be resistant?” The 66th Annual Meeting of the Ecological Society of Japan.  2019, Mar. 15-19. Kobe, Japan.

Poster presentation (not reviewed)

  1. S. Shibasaki*, M. Sudário, A.Dos. Santos, and S. Mitrib (2021). “Finding the best spatial structures to maximize microbial community functions” Annual meeting of Japanese Society of Mathematical Biology. 2021, Sept. 14-16. online
  2. S. Shibasaki*, M. Mopbilia, and S, Mitri. (2020). “Fluctuating environments affect the strength of species interactions and diversity in microbial communities similarly”, 17-20, Aug., eSMB. (SMB Poster prize)
  3. S. Shibasaki* and M. Shimada. (2017). “Evolution of cooperation with the multi-game dynamics in the social amoeba”. Annual Meeting of Japanese Society of Mathematical Biology. 2017, Oct. 6-8. Hokkaido, Japan. (best poster award)
  4. S. Shibasaki*, Y. Shirokawa, and M. Shimada.  (2017). “The Evolutionary Game in Sexual Reproduction of the social amoeba.” Annual Meeting of Japanese Society of Mathematical Biology. 2016, Sept. 7-9. Fukuoka, Japan.
  5. S. Shibasaki*, Y. Shirokawa, and M. Shimada.  (2017). “Cooperation in the sexual reproduction of Dictyostelium discoideum.” Annual Meeting of Society of Evolutionary Studies, Japan. Aug. 25-28. Tokyo, Japan.

Talk, Seminar, etc.

 

  1. S. Shibasaki*, M. Mobilia, and S. Mitri “Environmental and demographic stochasticity together changes microbial interactions and diversity” mini-symposium of “Predicting ecological dynamics in fluctuating environments” at SMB2021 (USA). 2021, June 15th. Online.
  2. S. Shibasaki*, “Finding the best spatial structures to maximize microbial community functions”, Curiosity Seminars, Centre de Biologie Inté’grative (France), 2021, May 26th. Online
  3. S. Shibasaki* (2018). The complex effect of the evolutionary rates on generalized mutualistic communities. Grad. of Arts and Sciences (Group of Biology), Komaba, Tokyo, 07/16/2018.

* presenter

Oral presentation (with reviewed)

  1. S.Shibasaki* and S. Mitri (2019).  “Microbial public goods games in a toxic environment: to degrade or to resist?”  The 2019 Congress of the European Society for Evolutionary Biology. 2019. Aug. 19-24. Turku, Finland.
  2. S.Shibasaki* and S. Mitri (2019).  “Microbial public goods games in a toxic environment: to degrade or to resist?'”  Mathematical Models in Ecology and Evolution. 2019, Jul. 16-19 Lyon, France.
  3. S. Shibasaki* (2018). The complex effect of the evolutionary rates on generalized mutualistic communities. 2018 Annual Meeting of the Society for Mathematical Biology & the Japanese Society of Mathematical Biology. 2018, Jul. 8 – 12. Sydney, Australia.
  4. Shibasaki* and M. Shimada. (2018). Cyclic dominance emerges from the two cooperative behaviors in the social amoeba. Game Theory Work shop 2018. Mar. 2-4. Osaka, Japan.
  5. S. Shibasaki* and M. Shimada. (2017). Stochastic sexual interaction facilitates the evolution of asexual cooperation in the social amoeba.   European Conference on Artificial Life 2017.  2017, Sep. 4-9. Lyon, France.

Oral presentation (without reviewed)

  1. A. Yamauchi, K. Ito, and S. Shibasaki (2019). “Mathmatical model of programed cell death of unicellular organisms'” Annual Meeting of Japanese Society of Mathematical Biology. 2019, Sept. 14-16. Tokyo, Japan.
  2. S.Shibasaki* and S. Mitri (2019). “Microbial public goods game in a toxic environment; to degrade or to be resistant?” The 66th Annual Meeting of the Ecological Society of Japan.  2019, Mar. 15-19. Kobe, Japan.

Poster presentation (without reviewed)

  1. S. Shibasaki*, M. Mopbilia, and S, Mitri. (2020). “Fluctuating environments affect the strength of species interactions and diversity in microbial communities similarly”, 17-20, Aug., eSMB. (SMB Poster prize)
  2. S. Shibasaki* and M. Shimada. (2017). “Evolution of cooperation with the multi-game dynamics in the social amoeba”. Annual Meeting of Japanese Society of Mathematical Biology. 2017, Oct. 6-8. Hokkaido, Japan. (best poster award)
  3. S. Shibasaki*, Y. Shirokawa, and M. Shimada.  (2017). “The Evolutionary Game in Sexual Reproduction of the social amoeba.” Annual Meeting of Japanese Society of Mathematical Biology. 2016, Sept. 7-9. Fukuoka, Japan.
  4. S. Shibasaki*, Y. Shirokawa, and M. Shimada.  (2017). “Cooperation in the sexual reproduction of Dictyostelium discoideum.” Annual Meeting of Society of Evolutionary Studies, Japan. Aug. 25-28. Tokyo, Japan.

Talk, Seminar, etc.

  1. S. Shibasaki* (2018). The complex effect of the evolutionary rates on generalized mutualistic communities. Grad. of Arts and Sciences (Group of Biology), Komaba, Tokyo, 07/16/2018.

* presenter