Attachment and relationship development as a cause of behavioral problems?

Behavioral problems in dogs can have a variety of causes. When researching the causes, the relationship between dogs and owners is often discussed. What is the truth behind this?
Good attachment experiences are the foundation for healthy relational behavior, in which adult social partners can mutually support each other in stress and emotion regulation. This connection is modulated by epigenetic and neurobiological factors even before birth and throughout development, and stored through neural changes.
First, we will therefore deepen our understanding of the neurobiological and epigenetic foundations of attachment and relationship development. Building on this, we will examine the connection between attachment and stress regulation to understand the mechanisms through which behavioral disorders can develop from unfavorable attachment experiences (e.g., anxious, compulsive, aggressive, restless, or impulsive behavior).
The last part of the webinar will focus on finding relief and a more pleasant relationship design for both sides within the existing possibilities.

Our Speaker
Robert Mehl is a qualified psychologist and criminologist (M.A.) with additional therapeutic training as a "Systemic Counselor and Family Therapist" (DGSF) and for the "Professional Use of Dogs in Therapy" (dogument). Since 2016, he has been working as a freelance speaker as well as a systemic counselor and coach. He is also currently undergoing further training to become a psychological psychotherapist (specializing in behavioral therapy). He is the author of the book "The Dog's Psyche" (KOSMOS-Verlag).
Further information: http://www.seminare-robertmehl.de/

Accreditation as further training:
The webinar is recognized by the Schleswig-Holstein Chamber of Veterinarians with 2.5 hours and by Lower Saxony with 1.5 hours as further training; our certificate of attendance must be submitted for this. https://www.kosmos.de/teilnahmebestaetigung

Photo credit: Anna Auerbach/ Kosmos