Potassium Research and Agricultural Production - The International ...

4. Bibliography
I. Bangc. G. G.).: An effect of temperature on the inhibition of ammonium absorption by potassium
in excised barley rools. Acta Bot. Neerl. 2/, 145-148 (1972).
2. Chrislioflsen, M. N., Cams, H. R. and Slyfer, D.J.: Stimulation of solute loss from radicles of
Gossypium hirsutum L by chilling, anaerobiosis and low pH. Plant Physiol. 46. 53-56 (1970).
3. Elzam. O. E. and Hodges, T. K.: Calcium inhibition of potassium absorption in corn rools.
Plant Physiol. 42, 1485-1488 (1967).
4. Jucoh.wn, L., Over.street, R., Carison, R. M. and Chastain, l.A.: The clTeet of pH and temperature
on the absorption of potassium and bromide by barley roolS. Plant Physiol. 32, 658-662
(1957).
5. Korovin, A.I., Suchera, Z. F. and Bystrova, Z.A.: The elTect of soil temperature on the contents
of various forms of phosphorus in plants. Fiziol. Rast (Moscow) 10, 137-141 (1963).
6. Lyons, 1. M.: Chilling injury in plants. Ann. Rev. Plant Physiol. 24, 445-466 (1973).
7. Marsc/lIIer, H., Handley, R. and Ow!rstrl!l!t, R.: Potassium loss and changes in the fine structure
of corn root tips induced by H-ion. Plant Physiol. 41, 1725-1735 (1966).
8. Marsehner, H.: Aufnahme und Funktion von K + bei hoheren pnanzen. Wissenschaftliche Kali­
Tagung Hannover. Landw. Forschungsanstalt Bilntehof. S. 33-49 (1968).
9. Marsclmer, H.: Wechselwirkungen zwischen Ca++ und Alkaliionen bei der Aufnahme durch
pnanzenzellen. First European Biophysics Congress Baden bei Wien, 89-95 (1971).
10. Mengel, K.: Influx und Emux bei der Kaliumaufnahme junger Gerstenwurzeln. Z. Pflanzenerniihr.
Dung. Bodenkunde 106, 193-207 (1964).
11. Ml!lIgcl, K. und Hl!rwig, K.: Der Einnuss der Temperatur auf die K-Retention, die Emuxrate
und auf die Atmung junger abgeschnittener Getreidewurzeln. Z. pnanzenphysiol. 60, 147-155
(1969).
12. Mengel, K. and Pjliiger, H.: The release of potassium and sodium from young excised roots of
Zea mays under various elllux conditions. Plant Physiol. 49, 16-19 (1972).
13. Russel, R. S.: The uptake and distribution of potassium in crop plants. Potassium in Biochemistry
and Physiology. International Potash Institute, pp. 79-92 (1971).
14. Sarie, M. and Curie, R.: The uptake of P, Ca. S and Fe by the plants in dependence oftemperature.
Agrochimica (Pisa) 7. 173-184 (1963).
15. Viers, F. G.: Calcium and other polyvalent cations as accelerators of ion accumulation by
excised barley roots. Plant Physiol. 19.466-480 (1944).
16. Wallucc. A.: Low root temperature, calcium and nitrate ion interactions on nonexchangeable
rubidium, cesium and sodium absorption by bush beans. Plant and Soil 34,121-131 (1971).
17. Zhllrhit::ky, Z. L. and Strausbng, D. V.: The effect of temperature on the mineral nutrition of
plants. Proc. Firts (UNESCO) Int. ConL Sci. Res. 4,270-285 (1958).
18. Zwld{H, F.: Uptake of rubidium ion in dilTerent plants exposed to sudden fall in temperature.
Z. Pnanzenernahr. Bodenkunde 119,169-173 (1968).
19. Z.wldo.\·, F.: The influence of pH and temperature on rubidium/potassium ion absorption and
exchange by roots. Z. pnanzenerniihr. Bodenkunde 126. 210-217 (1970).
20. b'uM{H, F.: Influence of chilling on ion uptake by roots. Acta BioI. Szeged 18, 121-129 (1972).
21. boMos, F.: Ion uptake by cold-injured rice roots. Plant and Soil 37, 469-478 (1972).
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