Feb 02, 2022
Effective asexual propagation (fragmentation) method of the soft coral Xenia umbellata
- Sohyoung Kim1,
- Christian Wild1,
- Arjen Tilstra1
- 1Marine Ecology Department, Faculty of Biology and Chemistry, University of Bremen
External link: https://doi.org/10.7717/peerj.12589
Protocol Citation: Sohyoung Kim, Christian Wild, Arjen Tilstra 2022. Effective asexual propagation (fragmentation) method of the soft coral Xenia umbellata. protocols.io https://dx.doi.org/10.17504/protocols.io.bsidnca6
Manuscript citation:
Kim S, Wild C, Tilstra A, Effective asexual reproduction of a widespread soft coral: comparative assessment of four different fragmentation methods. PeerJ doi: 10.7717/peerj.12589
License: This is an open access protocol distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited
Protocol status: Working
Created: February 18, 2021
Last Modified: February 02, 2022
Protocol Integer ID: 47397
Keywords: Asexual propagation, Soft coral fragmentation, Soft coral fragging, umbellata many asexual propagation methods for hard coral, method of the soft coral xenia, methods for soft coral, fragmentation methods for hard coral, many other soft coral, many soft coral, soft coral, many other soft corals with similar characteristic, soft coral type, soft coral xenia, hard coral, umbellata many asexual propagation method, thetunnel cube method, named thetunnel cube method, fragmentation method, effective asexual propagation, plug mesh method, xenia umbellata, fragmentation, preparing healthy fragment, healthy fragments in large quantity
Abstract
Many asexual propagation methods for hard corals can easily be found in scientific papers, while methods for soft corals are mostly present in grey literature or aquarium hobbyists’ forums. Moreover, fragmentation methods for hard corals are difficult to be adopted by many soft corals since they lack a rigid support system. Even though some soft corals may be considered as easy and fast growers, it is difficult when it comes to preparing healthy fragments in large quantities to use for experiments. Thus, the Plug mesh method was formulated to easily fragment one soft coral type lacking any rigid support system, the Xenia umbellata, efficiently. This method was coined by modifying a method named theTunnel cube method developed by Curry (2020) and could be used for many other soft corals with similar characteristics.
Image Attribution
Sohyoung Kim
Materials
Xenia umbellata, eggcrate, mesh fabric, coral frag plug, rubber bands, nursery tank with maintenance equipment, scissor or scalpel, and tweezer.
Troubleshooting
Safety warnings
Be careful of injuries when using scissors or a scalpel.
Before start
- Prepare two eggcrates of the same size.
- Prepare the needed number of coral plugs. Make sure they are not placed right beside each other but being adjacent diagonally is ok.
- Cut a mesh fabric to fit the selected eggcrate size. Use a mesh with large enough holes for water to flow while small enough to keep fragments inside. A diameter of 3.5mm or larger is recommended.
- Secure the eggcrates and coral plugs with rubber bands.
- Prepare extra rubber bands to secure the top mesh fabric after coral fragmentation.
- If fragments will be placed in a nursery tank, make sure to prepare the nursery tank to have ambient water flow allowing sufficient circulation within the tank.
Select a coral stock and prepare it in a water basin filled with identical water from where it comes from.
Cut prepared stock into the desired size with scissors or a scalpel. Use tweezers if needed to secure them and always keep them in the water.
Gently allocate them on top of plugs inside eggcrate grids.
Cover the top of the eggcrate with prepared mesh and rubber bands and then put the assembly into the tank.
Check every 24 hours to make sure that they have attached to the plug, not the wall of the eggcrate.
The one in the middle is attached to the eggcrate wall.
If they have attached to the eggcrate wall, gently scrape them off and place the fragment back on top of the plug.
Once the fragments are firmly attached to plugs (after 24~72hours), they can be removed from the eggcrate assembly. Firm attachment can be assessed by gently shaking the plug.