Thanks! And tropic, yes ive heard of that. the tree has equally put as much if not more energy into leaf production as well. it likely was stressed, but im sure is easing up. when i took the cutting, it was maybe 6” and and from the original tree that never fruited once. this one has been doing this for a few years now. i used to pick them off, but there are too many. im just going to let it do what it wants. also glad to see they still havent fixed this mobile app. i havrnt been around in a couple years.

How aggressively you CAN root prune depends on your tree's stored energy level. Heavy root pruning of a weak tree can be damaging or disastrous, while root pruning a healthy tree while it's growing robustly can usually be done with impunity if follow-up care is appropriate. As you know, the best time to work your (tropical ficus) tree hard is early summer. There is a window between Father's Day and Independence Day that in which I do as much repotting of houseplants and tropicals as possible. Root pruning isn't an all or nothing affair. I've been working on the roots of a Taxus (yew) as a bonsai for more than 8 years, trying to reduce a very deep root system to where I can get the tree in a bonsai pot. The top makes a very impressive bonsai already because I've been working on its refinement, but a plastic clothes basket doesn't meld with the tree in harmony as attractive as a discerning eye might demand. The point is, it's often better to consider the viability of the tree and work in stages than to shoot for the moon in one fell swoop. I'd set some time aside to bare root, and I'd keep at it until you accomplished that worthy goal. Future repots will be easier, and leaving the hardened soil only assures a limited tree. Here is something that explains the seeming paradox about why plants need air in the soil. I'm copy/pasting from something I left on another thread, but it should still offer an understanding: Though roots form readily and often seemingly more quickly on many plants propagated in water, the roots produced are quite different from those produced in a soil-like or highly aerated medium (perlite - screened Turface - calcined DE - seed starting mix, e.g.). Physiologically, you will find these roots to be much more brittle than normal roots due to a much higher percentage of aerenchyma (a tissue with a greater percentage of intercellular air spaces than normal parenchyma). Aerenchyma tissue is filled with airy compartments. It usually forms in already rooted plants as a result of highly selective cell death and dissolution in the root cortex in response to hypoxic conditions in the rhizosphere (root zone). There are 2 types of aerenchymous tissue. One type is formed by cell differentiation and subsequent collapse, and the other type is formed by cell separation without collapse ( as in water-rooted plants). In both cases, the long continuous air spaces allow diffusion of oxygen (and probably ethylene) from shoots to roots that would normally be unavailable to plants with roots growing in hypoxic media. In fresh cuttings placed in water, aerenchymous tissue forms due to the same hypoxic conditions w/o cell death & dissolution. Note too, that under hypoxic (airless - low O2 levels) conditions, ethylene is necessary for aerenchyma to form. This parallels the fact that low oxygen concentrations, as found in water rooting, generally stimulate trees (I'm a tree guy) and other plants to produce ethylene. For a long while it was believed that high levels of ethylene stimulate adventitious root formation, but lots of recent research proves the reverse to be true. Under hypoxic conditions, like submergence in water, ethylene actually slows down adventitious root formation and elongation. If you wish to eventually plant your rooted cuttings in soil, it is probably best not to root them in water because of the frequent difficulty in transplanting them to soil. The brittle "water-formed" roots often break during transplant & those that don't break are very poor at water absorption and often die. The effect is equivalent to beginning the cutting process over again with a cutting in which vitality has likely been reduced. If you do a side by side comparison of cuttings rooted in water & cuttings rooted in soil, the cuttings in soil will always (for an extremely high percentage of plants) have a leg up in development on those moved from water to a soil medium for the reasons outlined above. ******************************* You can skip the rooting hormone and fungicide if you want. They're not necessary. I do use a little Superthrive (for its auxin) as a root soak after repotting, though. I've done some experimenting with loose controls in place and while it has proven useless as a 'tonic', it is effective at stimulating root growth and root division. I fill a tub with water and a little Superthrive & fully saturate the soil in the tub immediately after repotting. Securing the plant to the pot so it can't move in relation to the pot fractionalizes the time it takes for the tree to establish in its new digs, too. Al

Sure there is; and a Ficus b. that is growing with good vitality responds quickly & favorably to hard pruning. Can you post or e-mail a photo? Read what I wrote about a F. lyrata recently - everything applies to benjamina as well. Then, if you have additional questions, please ask. Al Here is a link that might be useful: About reducing a tropical Ficus

Plastic pot with holes on the side would certainly allow more air to get in quicker. I had done that once. I had to be more careful watering since some of the water will exit from the holes leaving less to reach the bottom and the core. If the soil dries out a bit too much it will shrink a bit and create an air space around the pot. So more water tends to escape through the holes when watering from the top. Dunking it in a tub of water is a lot safer.