Akihiro Ito

Thank you for your comment. But I don't look very much into the H. moseleyanum variety. The branches are angular and the morphology of the tubers varies greatly, though it may be difficult to see in the photo. I'll check it out when it blooms.

All large tuberous were overhead and could not be observed well. The inside like a lattice is characteristic.

Very far, ambiguous and sorry... But definitely think this species.

I think M. tuberosa. Plobably ''pulvinata'' type. There are individual differences in spines development

Hi Frank, Thank you. I have observed Lec. sinuosa, lomarioides, cerebica, balgooyi, darnaedii, spinosa in the field so far. The one with the fewest ants was darnaedii. This is Lec. spinosa but there is a video. I strongly recommend you see it. aDSCN0158.mp4

The largest species of Lecanopteris. The leaf length is more than 80cm, and rhizome is more than 10cm wide.

A record of the growth rate of Lecanopteris balgooyi in Sulawesi. I would like to continue observation if possible. 2019.05.07 2019.06.05 in Sulawesi.

A record of the growth rate of Myrmecodia in Sulawesi. I would like to continue observation if possible. 2017.05.07 2019.06.05

Tuber like ameba. It seems to grow into a shape that some balls have gathered. The branches are angular. Ant hole looks regular. DSC_0283.NEF DSC_0119.NEF

Hello Derick, Thank you for the information. I think so, too. Watch a little more growth.

It looks like epiphytic caminiferum. It was falling in the forest.

Flower comparison. left: Myrmephytum arfakianum right: Myrmephytum sp. Mt. Arfak

Not Myrmephytum arfakianum. But very similar. DSC_0223.NEF

Hi Frank, I'm sorry for the delay in replying. Thank you for the information. Because of my poor English, I can not fully understand the meaning of research paper.. Your explanation really helped. Akihiro ito