Hierarchical generalized additive models in ecology: an introduction with mgcv

View article
2380 days ago
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
2380 days ago
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ericJpedersen: Our Peerj paper (@millerdl @ucfagls @noamross) on how to fit GAMs with grouped smoother ("HGAMs") just came out today!…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @noamross: Glad our paper on HGAMs in #rstats is out! Thanks to editor @andrewgraystats, reviewers @paulbuerkner @patilindrajeets @fasio…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
2381 days ago
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @noamross: Glad our paper on HGAMs in #rstats is out! Thanks to editor @andrewgraystats, reviewers @paulbuerkner @patilindrajeets @fasio…
reply repost on X like
RT @ericJpedersen: Our Peerj paper (@millerdl @ucfagls @noamross) on how to fit GAMs with grouped smoother ("HGAMs") just came out today!…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
2381 days ago
RT @ericJpedersen: Our Peerj paper (@millerdl @ucfagls @noamross) on how to fit GAMs with grouped smoother ("HGAMs") just came out today!…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ericJpedersen: Our Peerj paper (@millerdl @ucfagls @noamross) on how to fit GAMs with grouped smoother ("HGAMs") just came out today!…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
2381 days ago
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like
2381 days ago
RT @sawsharkman: Man, what timing! Just got asked to add a GAM to my fisheries depth data. https://t.co/mPO4slrlEs
reply repost on X like
RT @sawsharkman: Man, what timing! Just got asked to add a GAM to my fisheries depth data. https://t.co/mPO4slrlEs
reply repost on X like
RT @noamross: Glad our paper on HGAMs in #rstats is out! Thanks to editor @andrewgraystats, reviewers @paulbuerkner @patilindrajeets @fasio…
reply repost on X like
RT @ucfagls: If you want to fit nonlinear relationships to data where those relationships can vary by groups (eg species) then we have a pa…
reply repost on X like