’ Lous en _ 4 oyu sath. pect caleium in a certain ratlo $e1tdéposited in the sano datic or in a different ratio? How I have assumed that it is deposited in the sane ratio, as it is said thare is soxe evidence which was presented before I that strontium is deposited in a scaller ratio than fs fed. What I am doing therefore now is to make perhaps a slightly pessicgatic assumption, but one which agrees with Mr, Comarts findings, nabsly that is that they are deposited in the sane ratio in which they fod. Well X thin that statement is incorrect now, To my mindiitts incorrect, because it varies depending upon the particular are using. SOLOMOR ratio you | All one 1s arguing about really is the factor of 2. area of where factors of 10 are already mall. Neti in the - It seems comes gut to an order of magnitude where the correction bo me it iim't very | good. The difference between thede two numbers is a factor of § . Goesn’t account for that. foe I any $ciG"12 of the calclun 1s the tolerance level’¢ reesponding to one misrocurie because it4s over all the bones in theft Then I further say that in one square centiaeter of soil, ros | aon 6 tacves, whieh is 15 cubic centimeters, which I call 30 grass of eqdily and I say that ealotim in this 1s 30 miligrans available calciua and now I permit therefore strontiun to the extent of $x107)* times .03 whiph means 1.5x19733 grat of strontiua”” per sq. centimeter and thatiis the sane as 1.5 miligrans per 9q. kilometer or 4 miligrams per square mile. How af the area of the earth is 500 square kilometers and therpfore you can permit over the entire earth 600 kilograns of Sr, One ki logran of Sr” * ee Oe stat oy Bersrt rol ~FOG, eG