![p cad 2014 p cad 2014](https://images.sftcdn.net/images/t_app-cover-l,f_auto/p/eb2e2cb0-99eb-11e6-80c5-00163ec9f5fa/3974311681/sketchup-make-2015-screenshot.png)
![p cad 2014 p cad 2014](https://www.researchgate.net/publication/338806301/figure/fig2/AS:860692827602947@1582216569466/Forest-plot-of-the-association-between-CAD-and-ADRB3-Trp64Arg-polymorphism-under-the_Q320.jpg)
Several good studies on the impact of seismic surveys on fisheries exist in the literature, but studies that focus on the fish perspective are few and only provide preliminary insights due to limitations in replication and controls. The outcome of the exploration will yield a report that will provide insight into what information is currently lacking and how the JIP can best invest into subsequent research efforts (Phase 2). We are also determining whether expert elicitation, theoretical modelling or practical data collection will be most useful and cost-effective to fill in gaps of knowledge.Īs part of the process, we have organized a multi-day workshop in January 2016 in the Lorentz Center and brought together experts in the field of PCAD, environmental impact assessment, underwater acoustics, various types of modelling, fish behaviour and physiology, and fisheries and stock development. We are developing the conceptual framework, which is new to this taxonomic group, and evaluate the current state of the art with respect to all critical parameters and transfer functions for a fully developed Population Consequences of Acoustic Disturbance (PCAD) model. This project concerns a theoretical study (Phase 1) into the effects of airgun exposure on fish using the Population Consequences of Disturbance (PCoD) approach.