Recent talks/posters

Talks

Treves, R. (2018, September). Flipped Learning and Learning Analytics: A match made in heaven.  ALT-C, Manchester University.

Treves, R. (2018, July).  Animate those maps! Empowering students to create ‘Story Map’ presentations. HEA Teaching and Learning conference, Aston University.

Treves, R. (2017, November).  Small Data Learning Analytics for Distance Learning.  M25 ALT group, distance learning meeting, FutureLearn HQ, Camden, London.

Treves, R. (2017, November).  Students Creating Multimedia Presentations.  Show and TEL conference, Open University, Milton Keynes.

Treves, R. (2017, September).  Adventures in Map Space: Students mixing maps, screencasts and virtual reality to tell spatial stories.  ALTC Conference, Liverpool University. (Slides)

Treves, R. (2016, March).  Students and Tutors Creating Screencasts.  M25 Learning Technologist meeting, Queen Mary’s University (16th March 2016).

Rickles, P., Price, S., Davies, P., Treves, R., & Haklay, M. (2015, September). Fostering Cross-Curricular Applications of GIS in Schools. In Royal Geographic Society with IBG Annual International Conference 2015, Exeter, UK.

Treves, R. (2015, February). Graphical Literacy: The Key to Understanding Geospatial Information. In 2015 AAAS Annual Meeting (12-16 February 2015).

Treves, R. (2014, October).  Five Ways to enhance your Animated, Narrative Map. In 2014 NACIS conference (8-11 October 2014)

 

 

 

 

Treves, R. (2014, October).  Flipped learning, Open videos and Little Data.  ILYAD lunch time seminar, Southampton University. 

Treves, R. (2013, December).  Google Earth Tour Builder.  In 2013 AGU conference, presentation at the Google Booth.

Treves, R. (2012, November). Virtual Field trip and tours. In 2012 GSA Annual Meeting in Charlotte.

KEYNOTE:  Treves, R. (2011, January).  User first all else follows.  Penrose Google Earth in Teaching Conference, Googleplex, California, USA.

 

Posters

Allison, C. K., Redhead, E. S., & Treves, R. W.  Seeing Is Not Understanding: A Comparative Exploration of Spatial Visualisations Based on Crime Data Maps. Cognition, 22, 657-672.