Tennellum runners will grow everywhere including over hardscape, but they do like to find somewhere to root rather than floating mid air, Eleocharis parvula/acicularis i have only had in a couple of tanks and its not as 'wild' as Tennellum and has less speedy runners, a bit more of a "hairy" than running habit and i suppose that's why it's called hairgrass,ie something like Eleocharis Acicularis or Helanthium tenellum just not had any experience in how they respond to being crammed in the cracks between the rocks. Anyone done this before?
Thanks. I've found Hemianthus micramthemoides to be an extremely fast grower in previous tanks, plus I like to use a few different floaters at start up to help with all the excess. I'm also pondering adding blyxa japonica (in place of the other two) along the rock line which also grows pretty rapid.Love your plant list so far! In the short term you might want to add a “weed” stem that will gobble up nutrients while the epiphytes and crypts are settling in. Plus it gives you time to mull over the choice of plant for the “line softening” (which is a lovely plan … can’t decide myself which plant I would choose for the job 🤓)
Best of luck!!
Eleocharis might be the right one then, don't want it to look messy or for the plant to grow literally everywhere, as you say I'll give it a try.Tennellum runners will grow everywhere including over hardscape, but they do like to find somewhere to root rather than floating mid air, Eleocharis parvula/acicularis i have only had in a couple of tanks and its not as 'wild' as Tennellum and has less speedy runners, a bit more of a "hairy" than running habit and i suppose that's why it's called hairgrass,
Eleocharis might work because you have the filter floss for it to root into, experiment and find out! fiver for a in-vitro pot.
🙂 Gus.
Any update on this tank? Great journalQuality plants as always from @Aquarium Gardens, planting went quite well on Friday night, no dramas except from the normal glued fingers 😀
Some of the crypts have started melting already so I'm doing daily water changes to keep on top of the waste. Few ramshorn snails and cherry shrimp have been added to help tidy up what I can't.
Cosmetic sand will be added after the melting has stopped and all plants have settled to save hassle when cleaning.
Do I understand correctly that FePO4 will be determined by tests, but it will not be available to plants? Although Maq wrote that it may be affordable in the long run.. How does all this interact with soil? There is phosphate inside the granules, but since little iron is added, it does not bind to either phosphates or organics?Hi all, Both, so Fe+++ and PO4--- form the insoluble ferric (iron III) phosphate, FePO4. Usually you would run out of Fe+++ ions before you run out of PO4--- ions.
When you have <"phosphate stripping" at a waste water plant"> they continually add ferric chloride (FeCl3) to the waste stream to generate the Fe+++ ions which strip the PO4--- from the water column and precipitate out the insoluble FePO4.
It would depend on the test, but if it included a strong acid (at a preliminary stage), that would split the ferrous (Fe II) iron phosphate into Fe++ and PO4--- ions, but it would be less successful at splitting ferric (Fe III) phosphate.Do I understand correctly that FePO4 will be determined by tests, but it will not be available to plants?
The interactions between plants, iron, phosphorus and soil microbes are really interesting. <"These symbioses"> have developed over evolution due to the difficulties of <"keeping iron"> and phosphate ions in solution.Although Maq wrote that it may be affordable in the long run.. How does all this interact with soil?