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Flytrap Nutrient ExperimentHi There, a few years ago the owner of Joel's Carnivorous Plants led me to try out nutrients on some of my Dionaea Muscipula specimens. After trying out what he recommended to me, I decided to try other products. I ran across something called KLN, which contains IBA. I created a mixture of this and other nutrients(not really homogenous at all), and tested it out on some plants. After some weeks, I discovered how we can make the roots of Dionaea branch. I later shared this information with Joel Garner, and he too conducted the experiment himself. The vertical roots of Dionaea put us at a disadvantage because they are more prone to dry out since they use only a minimal amount of medium to extract water from. If they were to branch out a little bit more, they would use more water and stay hydrated longer, like most trees. Using what I've been calling the BMC Method, I believe that this can help plants stay more hydrated. In the pictures(courtesy of Joel Garner), you will notice that the tips of the roots start to callous and branch out a bit. I will be conducting more experiments with the KLN on other CP's soon. I just thought that I should write this because I know a couple other people are aware of this experiment, so this will let people know who discovered this.
Dionaea study - your help wanted!
lil_flytrap_kid posted a topic in DionaeaHello everyone! I don't know if any of you remember me but I started posting on this and similar websites (e.g. terraforums) at the young age of 12, almost 10 years ago! I'm now 20 years old and studying Plant Science at the University of Manchester. Still having a keen interest in carnivorous plants, I have fortunately managed to convince my supervisor to allow me to study nutrient uptake in Dionaea muscipula for my final year dissertation. To put it simply, I want to find out exactly why they experience stress and die in high nutrient soils - what is it that makes them sensitive? My theory is that it's down to either having highly efficient nutrient uptake channels in the roots, which would have evolved to make the most of what little nutrient is available in peat soil. As we all know, VFTs can still be grown (albeit more slowly) without being fed - they therefore must be getting nutrient from the soil, the traps only supplementing their diet. I also think perhaps they have lost the mechanism by which to stop nutrient uptake in their roots when it reaches high levels. Due to this, the plant cannot control uptake of nutrients and so nutrient content quickly reaches toxic levels, stressing and killing the plant. My first idea is that I will test different levels of nutrients (such as potassium, zinc, etc) in the growing medium and find out if there is a particular mineral that VFTs are sensitive to. Although this is more scientific than horticultural I thought some of you may be interested in helping me out with this. I have only just begun to plan my experiment but wanted to hear any feedback of your own experiences with VFTs relating to this, and any opinions or suggestions you may have. For example, what in your opinion are the main signs of stress due to high nutrient in the medium? How long would it typically take a plant to die? Has anyone every tried fertilising VFTs? Etc etc.. all feedback welcome! I may also start a poll to help collaborate data from everyone's experiences (if that's okay with you mods?). I'd also like to know whether anyone can advise on where I can purchase wholesale VFTs cheaply - preferably propagated so they are all clones and of known, same age? If any of you run a commercial website I would be so appreciative if you could send me a message to let me know who your supplier is - I need to keep costs down as I have a very limited budget as an undergrad and so need to remove the middle man so to speak. It's purely for scientific research so there's no risk of commercial competition or what not! I look forward to hearing from everyone! Best, Danny