then how do I try to see really given the limited amount of water that I have, can I do both? If I cannot then do I have other options? What if I use groundwater? Can I use groundwater in a year and next year basically I have more rain it gets filled? With ground water also I cannot use it forever because it will get depleted. So those are the type of discussion that has to happen. So precisely the point with complex system is that complex systems will not allow you to give a solution that is static. It will give you a solution given that particular problem, given that time and space scale. Then what we need to be careful is that we monitor and we keep adapting to the changing situations. So that brings us, you say we have to embrace complexity with humility there. That is not that basically I'm going to give a solution that you have it. There is no prescription that is universal. I cannot do it. I'm just being very honest and blunt. But at the same time I'm giving you a framework. That framework will allow you to do things in certain ways. Then you think in a systematic way. What does that mean? That means that you try to define what your system boundary is. What are the notes and links in that system? So that when you get this spaghetti diagram, what are the notes and links that create this spaghetti diagram and that is understandable and systematically manageable? Then you say, okay, I diagnose and prescribe. So I'm saying you need to prescribe. So what do you