Thanks again for replying. First thing I'll try and do is get it into a bigger pot. Though finding one is going to be a real issue. I might need to have a barrel sawed in half and have holes cut in the base, because they normally don't make pots this big around here. And yes, Rajasthan is pretty much a desert (the Thar desert), so there is almost no humidity here. Mumbai being near the Arabian sea is very humid. I'll keep you posted about what happens when I've planted it in a bigger pot, though someone suggested the ficus I have which is loosing leaves is showing signs of a sulphur deficiency. Sulphur deficiency is rampant in Indian soils. It wouldn't be a bad idea to supplement with some Sulphur fertiliser, would it? Thanks again. Here is a link that might be useful: Sulphur deficiency in Indian soils

Hi, I had 2 triple-planted pots of bangalow palms which I seperated 3 months ago in Melbourne (at the commencement of Summer) with all 6 plants thriving. This is what I did: Before separating: Fertilised with seaweed solution (I used a cheaper version of seasol) 2 weeks and 1 week prior to separation. During separation: Used a very sharp knife to separate palms being very careful to minimise root movement. Placed in small pots with potting mix (potting mix with wetting agent). Post separation: Fertilised with seaweed solution immediately after repotting. Fertilised weekly with seaweed solution for 4 weeks then fortnightly for 1 month. Now I am just fertising monthly. Palms were kept in full shade in our pergola for first 2 months then placed in a position that receives morning sun only. Once the weather cools down they will go into full sun. I will also fertilise before and after planting them in the ground. I hopes this helps anyone thinking of separating bangalows.

If by splitting you mean fanning out since it already appears to be splitting, then you still have a LOT of growing ahead of you. My mexican fan palm is in it's "I'm gonna grow and you can't stop me!!!" stage. That's what I call the insanely fast growing stage. It's only a year old in August. I saw split leaves as early as last month (June 2013). So, for a mexican fan palm, in a pot you'd see split leaves in about 10 months at average with great care. But Fan fronds on my mexican fan palm still have until maybe next Christmas or the Christmas after that. We'll see. I would assume that you should expect fan fronds in the next 2-3 years on your palm. And as for TropicalBreezent: You shouldn't joke about being addicted to palm trees. It's very serious! I wake up every morning with a palm tree in my face. When I open my eyes, all I hear is "BOO!!!" Like the blasted thing is gonna jump at me!!! JK. I love palm trees so much that I want to move to Florida just to see a palm tree around every corner. They are natural legal narcotics that the government cannot arrest you for possessing. They make me feel relaxed when I care for them. Long live Palm Trees!!! :-)

Hi all, Apologies for the long post but I just wanted to create some discussion/awareness and information on a small Australian company, Greenpower Energy LTD (GPP) listed on their Australian Stock Exchange, intent on disrupting the $8 Billion fertilizer market by converting coal to fertiliser/biostimulant. This is no way a investment advice - please do your own research - but I wanted to ask different farmers/growers and their reactions/responses to such a possibly "disruptive technology". The company’s Oxidative Hydrothermal Dissolution (OHD) bio-stimulant fertiliser (biological or biologically derived fertilizer additives and similar products that are used in crop production to enhance plant growth, health and productivity) has the potential to shake up the market, supported by significant cost advantages over its competition — GPP claim they can produce fertilisers at around one-tenth of the cost of manufacturing traditional fertilisers. Very recently, Greenpower coal from the Gippsland Basin was subjected to the OHD process and the resulting bio-stimulant fertiliser liquid was applied to Bok Choy in hydroponic conditions. http://www.asx.com.au/asxpdf/20170622/pdf/43k3ds5m4t2ss0.pdf The impact on the yield of Bok Choy utilising the OHD Bio-stimulant was evident: As can be seen in the image above, bok choy responded best to the application of liquid at a rate of five litres per hectare with a 21% increase in fresh yield compared to the untreated control plants. The result of the study suggests that a bok choy trial with the OHD liquid applied as a foliar spray in commercial hydroponic growing conditions is warranted. Management highlighted the fact that the yield uplift following the application of the OHD bio-stimulant is in addition to that provided by added fertilisers. On this note, the company made the observation that the application of the OHD bio-stimulant could improve fertiliser efficiency, as was also evident in tomato and wheat trials where the control plants were stimulated with industry accepted rates of added fertiliser. As part of the current hydroponic trials Greenpower requested Monash University to also conduct trials on rocket in a hydroponic setting to further test the understanding that the use of the OHD bio-stimulant fertilisers is not suited on varieties such as rocket and lettuce with the results as expected and mirroring studies on lettuce undertaken by Monash. Studies to date have confirmed that the OHD bio-stimulant fertiliser deliver positive yield results as studies have concluded that the OHD bio-stimulant fertiliser enhances reproductive activity in plants that produce flower and seeds. Target markets in the hydroponic sector are focussed on those plant varieties that fruit and flower with a focus on tomatoes, strawberries, greens vegetables, cucumbers and melons. In February earlier this year, the company completed OHD bio-stimulant fertiliser cereal crop trials on wheat in Victoria. The results from the trials were impressive with significantly more heads of wheat on OHD treated wheat per plant compared to the untreated control wheat. The bio-stimulant fertiliser liquid was applied to test crops at application rates of 5L/ha through to 70 L/ha in addition to control plants. The results from the trials on wheat were impressive with confirmation of OHD boosting wheat yields by around 300%, when OHD application rates of between 5L/ha and 35 L/ha were used. ( http://www.asx.com.au/asxpdf/20170215/pdf/43g0mvr9k5pq9d.pdf ) This followed on from initial trials in October, the results of which suggested that OHD significantly increases crop yields. http://www.asx.com.au/asxpdf/20161021/pdf/43c58rrdg5crp0.pdf Further trials with OHD bio-stimulant fertiliser to cover oil cereals will be conducted with Monash University, with a focus on canola and palm oil. There are high hopes for these trials as studies found the OHD bio-stimulant fertiliser to enhance reproductive activity in plants that produce flowers and seeds – news expected on this front in the coming weeks. On top of that, the feasibility study for the OHD project is well underway and expected to be released in the third quarter this year. The company is currently in discussions with international firms and national grower groups regarding offtake and partnering opportunities. Any long-term offtake contracts could be used as an instrument to fund the construction of an OHD plant. A brief summary of the process: Oxidative hydrothermal dissolution (OHD) is a brand new process for making good on the global slowdown of coal by turning it not into an energy source, but a fertiliser. Here’s a look at how the process works: Essentially, the OHD process works by crushing the coal to powder, slurrying it with water, feeding the slurry into a reactor, applying heat and pressure and introducing liquefied oxygen. It is a quick, cost effective process at 1/10th the cost of traditional products and is environmentally friendly. For more information: http://www.greenpowerenergy.com.au/oxidative-hydrothermal-dissolutions-ohd/ http://www.greenpowerenergy.com.au/gpp-smashing-the-costs-of-fertilizer-110th-the-cost-of-traditional-producers/