The sections stretches over two days and consists of lectures and discussions in Zoom, and pre-recorded lectures which you will find below. Due to logistic difficulties, the introduction to this section is done by Mats Lindegarth on Oct. 3rd (section. 3.2). It aims to give a descriptions of novel and innovative aquaculture systems and species of non-fed, extractive aquaculture in the sea as well as on land. It also aims at introducing you to and exemplifying the concept of Integrated Multi-Trophic Aquaculture, IMTA.

Oct. 4.

13.15 - 16.00 Recorded lecture below (start at 12' and end at 60')

1. Seaweed cultivation: future green fields are blue - Henrik Pavia

Recording of 1 & 2 221006

2. Green algae: an overview of their role and use in aquaculture - Sophie Steinhagen

3. Blue mussel farming and cocultivation of bivalves and seaweeds - Matthew Hargrave

16.15 - 17.00. (14.15 - 15.00 Icelandic time) Live-streamed lecture on Zoom LINK

4. Introduction to co-existence: Possibilities, challenge on development pathways for sea weed aquaculture - an alternative for fishing families - Barry Costa-Pierce

Hand outs: UGOT MAR-BIO Lecture 04.10.2023 Seaweed Aquaculture Development.pdf

Oct. 5.

13.00 - 13.15 (11.00 - Icelandic time) Lecture on Zoom LINK

5. Welcome to todays activities - Mats Lindegarth, Per Bergström

13.15 - 14.15 (11.15 - 12.15) Icelandic time) Lecture on Zoom LINK

6. Blue mussel farming: techniques, challenges and opportunities in Sweden (and elsewhere) - Per Bergström, Mats Lindegarth

Lecture on Zoom LINK

14.30 - 15.30 (12.30 - 13.30) Recorded lectures

7. Oyster farming - a Scandinavian perspective part 1 - Susanne Lindegarth

8. Oyster farming part 2 - Susanne Lindegarth

15.30 - 16.15 (13.50 - 14.15, Icelandic time) Lecture on Zoom LINK

9. Sea cucumbers - farming biology and potential in IMTA - Ellen Schagerström

Hand outs: sea cucumber LowTrophic Non Fed Aquaculture.pdf

16.15 - 17.00 (14.15-15.00, Icelandic time) Discussion on Zoom LINK

10. Q & A and discussion on non-fed aquaculture - Everyone