 Well, I think it's it's greatest challenge is is two-fold I Think it's greatest challenge is to make it as effective use as possible with biotechnology the modern Research tools that made available to help the plant breeder in their job to truly Be able to manufacture pull together Rises the in terms of nutrition in terms of tolerance to adverse conditions Drought and so forth as well as resistance to insects diseases without the use of chemicals So that's and to and to do this They have to get linkages Not only with scientists in the developing countries, but better linkings with the scientists in the more developed countries And that's that's an area that I think the whole system cgi our system could do more all and I recognize there's political reasons why they don't because some some in some countries don't want biotechnology To be used for this purpose, but for the developing countries they need The improved rices they need the improved crops Much more than we do in this country and therefore that that ought to that ought to be a direction which In which they should could and and should go But then secondly, I think they ought to continue to push what they have been doing now After I left more after I left them when I was there to recognize the the consequences of what we do to the environment in terms of pesticide use in terms of Fertilizer use nitrogen getting into the water and later on Causing troubles in that regard and that's been done, but I think still more can be done I think there's opportunities for us to develop high yields of quality rice and Do it in such a way? That the soil and water will not be adversely affected nor the atmosphere coming out of that system and It's a real challenge to know exactly how that should be done But I think it can be done. They're already doing it. I'm not suggesting they're not already made remarkable progress But that's the those are the two areas that I think really shouldn't receive the greatest attention