%0 Book Section %1 choquet_program_2009 %A Choquet, Rémi %A Rouan, Lauriane %A Pradel, Roger %B Modeling Demographic Processes in Marked Populations %C NY %D 2009 %E Thomson, David L %E Cooch, Evan G. %E Conroy, Michael J. %E Patil, Ganapati P. %E Gregoire, Timothy G. %E Lawson, Andrew B. %E Nussbaum, Barry D. %I Springer Science & Business Media %K (MSMR), Misidentification, Software capture-recapture, mark misclassification, model, multi multievent recapture stage %P 845--865 %T Program E-SURGE: a software application for fitting multievent models %U http://www.springerlink.com/content/k24557h05h033551/abstract/ %V 3 %X Multievent models (Pradel 2005 , 2008 ) handle state uncertainty, and they therefore cover a range of situations like hidden capture heterogeneity and sex determination from behaviour which cannot be treated in the multistate paradigm. We introduce a new software application called e-surge , built upon the concepts developed in program m-surge (Choquet et al. 2004 ) to encompass this new class of capture–recapture models. It also improves on m-surge by allowing the decomposition of transitions into several steps. We present the new concepts involved, notably the event and the multistep process, and how they are implemented in e-surge . We then illustrate the use of e-surge with three examples. One example deals with breeding propensity where the breeding state cannot always be ascertained; a further deals with emigration which is considered as a two-step process (Grosbois and Tavecchia 2003 ) and the last one with a version of a memory model where survival can be handled directly. %@ 978-0-387-78151-8

@incollection{choquet_program_2009, abstract = {Multievent models (Pradel 2005 , 2008 ) handle state uncertainty, and they therefore cover a range of situations like hidden capture heterogeneity and sex determination from behaviour which cannot be treated in the multistate paradigm. We introduce a new software application called e-surge , built upon the concepts developed in program m-surge (Choquet et al. 2004 ) to encompass this new class of capture–recapture models. It also improves on m-surge by allowing the decomposition of transitions into several steps. We present the new concepts involved, notably the event and the multistep process, and how they are implemented in e-surge . We then illustrate the use of e-surge with three examples. One example deals with breeding propensity where the breeding state cannot always be ascertained; a further deals with emigration which is considered as a two-step process (Grosbois and Tavecchia 2003 ) and the last one with a version of a memory model where survival can be handled directly.}, added-at = {2017-01-09T13:57:26.000+0100}, address = {NY}, author = {Choquet, Rémi and Rouan, Lauriane and Pradel, Roger}, biburl = {https://www.bibsonomy.org/bibtex/2da368cd9b2e847b90bf4a294fba80018/yourwelcome}, booktitle = {Modeling {Demographic} {Processes} in {Marked} {Populations}}, editor = {Thomson, David L and Cooch, Evan G. and Conroy, Michael J. and Patil, Ganapati P. and Gregoire, Timothy G. and Lawson, Andrew B. and Nussbaum, Barry D.}, interhash = {74ce92d6afdc28117438fbfb6add07b4}, intrahash = {da368cd9b2e847b90bf4a294fba80018}, isbn = {978-0-387-78151-8}, keywords = {(MSMR), Misidentification, Software capture-recapture, mark misclassification, model, multi multievent recapture stage}, note = {xxiv+1131}, pages = {845--865}, publisher = {Springer Science \& Business Media}, series = {Environmental and {Ecological} {Statistics}}, shorttitle = {Program {E}-{Surge}}, timestamp = {2017-01-09T14:01:11.000+0100}, title = {Program {E}-{SURGE}: a software application for fitting multievent models}, url = {http://www.springerlink.com/content/k24557h05h033551/abstract/}, urldate = {2012-06-23}, volume = 3, year = 2009 }