Plant root exudates

The Botanical Review - Tập 35 Số 1 - Trang 35-57 - 1969
Albert Rovira1
1Division of Soils, Commonwealth Scientific and Industrial Research Organization, Adelaide,

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Aghihotri, V. P. 1964. Studies on Aspergilli. XIV. Effect of foliar spray of urea on the Aspergilli of the rhizosphere ofTriticum vulgare L. Plant & Soil20: 364–370.

Ayres, W. A., &R. H. Thornton. 1968. Exudation of amino acids by intact and damaged roots of wheat and peas. Plant & Soil28: 193–207.

Bird, A. F. 1959. The attractiveness of roots to the plant parasitic nematodesMeloidogyne javanica andM. hapla. Nematologica4: 322–335.

Bonner, J. 1946. Relation of toxic substances to growth of guayule in soil. Bot. Gaz.107: 343–351.

— 1950. The role of toxic substances in the interactions of higher plants. Bot. Rev.16: 51–65.

— &A. W. Galston. 1944. Toxic substances from the culture media of guayule which may inhibit growth. Bot Gaz.106: 185–198.

Borner, H. 1960. Liberation of organic substances from higher plants and their role in the soil sickness problem. Bot. Rev.26: 393–424.

Boulter, D., J. J. Jeremy, &M. Wilding. 1966. Amino acids liberated into the culture medium by pea seedling roots. Plant & Soil24: 121–127.

Bowen, G. D. 1968. Chloride efflux alongPinus radiata roots. Nature218: 686–687.

-. 1969. Nutrient status effects on loss of amides and amino acids from pine roots. Plant & Soil30: (in press).

— &A. D. Rovira. 1961. Plant growth in irradiated soil. Nature191: 936–937.

——. 1967. Phosphate uptake along attached and excised roots measured by an automatic scanning method. Aust. Jour. Biol. Sci.20: 369–378.

Brown, R., &M. Edwards. 1944. The germination of the seed ofStriga lutea. 1. Host influence and the progress of germination. Ann. Bot. (London) II.8: 131–148.

Buxton, E. W. 1957. Some effects of pea root exudates on physiologic races ofFusarium oxysporum Fr. F.pisi (Linf.) Snyder and Hansen. Trans. Brit. Mycol. Soc.40: 145–154.

Calum, C. T., H. Raistrick, &A. R. Todd. 1949. The potato eelworm hatching factor. 1. The preparation of concentrates of the hatching factor and a method of bioassay. Biochem. Jour.45: 513–519.

Clarke, A. J., &Elizabeth Widdowson. 1966. The hatching factor of the potato-root eelworm. Biochem. Jour.98: 862–868.

Clayton, M. F., &J. A. Lamberton. 1964. A study of root exudates by the fog-box technique. Aust. Jour. Biol. Sci.17: 855–866.

Davey, C. B., &G. C. Papavizas. 1961. Translocation of streptomycin fromColeus leaves and its effect on rhizosphere bacteria. Science134: 1368–1369.

Elkan, G. 1961. A nodulation-inhibiting root excretion from a non-nodulating soybean strain. Canad. Jour. Microbiol7: 851–856.

Ellenby, C., &A. G. Gilbert. 1960. Progress in the study of the physiology of the hatching factor of the potato root eelworm,Heterodera rostochiensis Wollenweber. Nematologica, Supp. II,1960: 106–111.

Fedorovski, D. V. 1958. Excretion of labelled phosphorus and calcium by roots into the soil at nutrition of plants through roots. Pochvovdenie, No. 3: 17–23.

Fenwick, D. W. 1957. Some experiments on the vacuum distillation of potato root diffusate. Nematologica2: 277–284.

Foy, C. L., &W. Hurtt. 1967. Further studies on root exudation of exogenous growth regulators inPhaseolus vulgaris L. Weed Soc. Amer. p. 40 (Abstr.).

Frenzel, B. 1960. Zur Ätiologie der Anreicherung von Aminosäuren und Amiden im Wurzelraum vonHelianthus annus L.: ein Beitrag zur klärung der Probleme der Rhizosphäre. Planta55: 169–207.

Garb, S. 1961. Differential growth-inhibitors produced by plants. Bot. Rev.27: 422–443.

Goodman, R. N. 1962. Systemic effects of antibiotics, p. 165–184.In:M. Woodbine [ed] Antibiotics in Agriculture. Proc. Univ. Nottingham, 9th Easter School. Butterworths, London.

Gunner, H. B., B. M. Zuckerman, R. W. Walker, C. W. Miller, K. H. Deubert, &Ruth E. Longley. 1966. The distribution and persistence of Diazinon applied to plant and soil and its influence on rhizosphere and soil microflora. Plant & Soil25: 249–264.

Harmsen, G. W., &G. Jager. 1962. Determination of the quality of carbon and nitrogen in the rhizosphere of young plants. Nature195: 1119–1120.

——. 1963. Determination of the quantity of carbon and nitrogen in the rhizosphere of young plants, p. 245–251.In:J. Doesken &J van der Drift, [eds.] Soil Organisms. North-Holland, Amsterdam.

Head, G. C. 1964. A study of ‘exudation’ from root hairs of apple roots by time-lapse cine-photomicrography. Ann. Bot. (London) II.28: 495–498.

Holland, A. A. 1962. The effect of indigenous saprophytic fungi upon nodulation and establishment of subterranean clover, pp. 147–164.In:M. Woodbine, [ed] Antibiotics in Agriculture. Proc. Univ. Nottingham, 9th Easter School. Butterworths, Lond.

Horst, R. K., &L. I. Kerr. 1962. Effects of foliar urea treatment on numbers of actinomycetes antagonistic toFusarium roseum fcerealis in the rhizosphere of corn seedlings. Phytopathology52: 423–427.

Hurtt, W., &C. L. Foy. 1965. Some factors influencing the excretion of foliarly-applied dicamba and picloram from roots of Black Valentine Beans. Plant Physiol. (Supp.)40: xlviii.

Husain, S. S., &W. E. McKeen. 1963. Interactions between strawberry roots andRhizoctonia fragariae. Phytopathology53: 541–545.

Ivanov, V. P. 1962. Mutual effect through the root system of a mixed crop of corn and broad beans. Fiziol. Rast.9 (2): 179–188.

—G. A. Yacobsen, &B. S. Fomenko. 1964. Effect of soil moisture on metabolism of root excretions. Fiziol. Rast.11: 630–637.

Kansouh, A. S. H., &T. L. Hopkins. 1968. Diazinon absorption, translocation and metabolism in bean plants. Jour. Agr. Food Chem.16: 446–450.

Katznelson, H. 1965. Nature and importance of the rhizosphere, p. 187–209.K. F. Baker &W. C. Snyder. [eds]In: Ecology of Soil-Borne Plant Pathogens. Prelude to Biological Control. Berkeley, Univ. Calif. Press.

—,J. W. Rouatt, &T. M. B. Payne. 1954. Liberation of amino acids by plant roots in relation to desiccation. Nature174: 1110–1111.

———. 1955. The liberation of amino acids and reducing compounds by plant roots. Plant & Soil7: 35–48.

Linder, P. J., J. C. Craig, F. E. Cooper, &J. W. Mitchell. 1958. Movement of 2, 3, 6-trichlorobenzoic acid from one plant to another through their root systems. Jour. Agr. Food Chem.6: 356–357.

——, &T. R. Walton. 1957. Movement of C-14-tagged alphamethoxy phenylacetic acid out of roots. Plant Physiol. (Lancaster)32: 572–575.

—,J. W. Mitchell, &Greta D. Freeman. 1964. Persistance and translocation of exogenous regulating compounds that exude from roots. Jour. Agr. Food Chem.12: 437–438.

Martin, P. 1957. Die Abgabe von organischen Verbindungen, insbesondere von Scopoletin, aus den keimwurzeln des Hafers. Zeitschr. Bot.45: 475–506.

— 1958. Einfluss der Kulturfiltrate von Mikroorganismen auf die Abgabe von Skopoletin aus den Keimwurzeln des Hafers (Avena sativa L.) Arch Mikrobiol.29: 154–186.

McCalla, T. M., F. A. Haskins. 1964. Phytotoxic substances from soil microorganisms and crop residues. Bact. Rev.28: 181–207.

McDougall, Barbara M. 1968. The exudation of C14-labeled substances from roots of wheat seedlings. Trans. 9th Congr. Int. Soil Sci. Soc, Adelaide3: 647–655.

-. 1969. Movement of C14-photosynthate into roots of wheat seedlings and exudation of C14 from intact roots. New Phytologist (submitted).

—, &A. D. Rovira. 1965. Carbon-14 labeled photosynthate in wheat root exudates. Nature207: 1104–1105.

--. 1969. Sites of exudation of Cl4-substances from wheat roots. New Phytologist (submitted).

Meshkov, M. V. 1953. Works of Symposium on Soil Microbiology. p. 285, through Krasil’nikov, “Soil Micro-organisms and Higher Plants.” Translated and published for the N.S.F. and U.S.D.A. by the Israel Program for Scientific Translations 1961.

Mishustin, E. N., &A. N. Naumova. 1955. Secretion of toxic substances by alfalfa and their effects on cotton and soil microflora. Izvest. Akad. Nauk S.S.S.R., Ser. Biol.6: 3–9.

Mitchell, J. W., P. J. Linder, &Melba B. Robinson. 1961. Mechanism of root exudation of α-methoxy phenyl acetic acid in the bean plant. Bot. Gaz.123: 134–137.

—,B. C. Smale, &W. H. Preston. 1959. New plant regulators that exude from roots. Jour. Agr. Food Chem.7: 841–843.

Norman, A. G. 1955. The effect of polymyxin on plant roots. Arch. Biochem. Biophys.58: 461–477.

— 1961. Microbial products affecting root development. Trans. 7th Congr. Int. Soil Sci. Soc., Wisconsin2: 531–536.

Parkinson, D. 1967. Soil micro-organisms and plant roots, p. 449–478.In:A. Burges andF. Raw. [eds] Soil Biology. Academic Press, London and New York.

Patrick, Z. A., T. A. Toussoun, &L. W. Koch. 1964. Effect of crop-residue decomposition products on plant roots. Ann. Rev. Phytopath.2: 267–292.

——. 1965. Plant residues and organic amendments in relation to biological control, p. 440–459.In:K. F. Baker &W. C. Sydney [eds] Ecology of Soil-Borne Plant Pathogens—Prelude to Biological Control. Berkeley, Univ. Calif. Press.

Peacock, F. C. 1966. Nematode control by plant chemotherapy. Nematologica12: 70–86.

Pearson, R., &D. Parkinson. 1961. The sites of excretion of ninhydrin positive substances by broad bean seedlings. Plant & Soil13: 391–396.

Preston, W. H., J. W. Mitchell, &W. Reeve. 1954. Movement of alpha-methoxy phenylacetic acid from one plant to another through their root systems. Science119: 437–438.

Rahteenko, I. N. 1958. On the transfer of mineral nutrients from one plant to another owing to interactions between the root systems. Bot. Zhurnal43: 695–701.

Ramachandra-Reddy, T. K. 1959. Foliar spray of urea and rhizosphere microflora of rice. (Oryza sativa L.) Phytopath Zeitschr.36: 286–289.

Rice, E. L. 1964. Inhibition of nitrogen-fixing and nitrifying bacteria by seed plants (I). Ecology45: 824–837.

— 1965. Inhibition of nitrogen-fixing and nitrifying bacteria by seed plants II. Characterization and identification of inhibitors. Physiol. Plantarum18: 255–268.

Rivière, J. 1960. Étude de la rhizosphère du blé. Ann. Agronomiques11: 397–440.

Robinson, A. C. 1967. The influence of host on soil and rhizosphere populations of clover and lucerne root nodule bacteria in the field. Jour. Australian Inst. Agr. Sci.33: 207–209.

Rohde, R. E., &W. R. Jenkins. 1958. Basis for resistance ofAsparagus officinalis var.altius L. to the stubby root nematodeTrichodorus christiei. Univ. Maryland Agr. Exp. Sta. Bull. A97. 19 pp.

Roux, E. R. 1953. The effect of antibiotics produced byTrachypogon plumosus on the germination of seeds of the kakiebos (Tagetes minuta). South African Jour. Sci.49: 334.

Rovira, A. D. 1956. Plant root excretions in relation to the rhizosphere effect. I. The nature of root exudate from oats and peas. Plant & Soil7: 178–194.

— 1959. Root excretions in relation to the rhizosphere effect. IV. Influence of plant species, age of plants, light, temperature and calcium nutrition on exudation. Plant & Soil11: 53–64.

— 1965a. Plant root exudates and their influence upon soil microorganisms, p. 170–186.In:K. F. Baker &W. C. Snyder [eds.] Ecology of Soil-Borne Plant Pathogens—Prelude to Biological Control. Berkeley, Univ. Calif. Press.

— 1965b. Interactions between plant roots and soil microorganisms. Ann. Rev. Microbiol.19: 241–266.

-. 1969. Diffusion of carbon compounds away from wheat roots. Aust. Jour. Biol. Sci. (in press).

—, &G. D. Bowen. 1966. The effects of microorganisms upon plant growth. 2. Detoxication of heat-sterilized soils by fungi and bacteria. Plant & Soil25: 129–142.

-, &P. G. Brisbane. 1967. Numerical taxonomy and soil bacteria, p. 337–350.In: T. R. G. Gray & D. Parkinson [eds.] The Ecology of Soil Bacteria. Liverpool University Press.

—, &Barbara M. McDougall. 1967. Microbiological and biochemical aspects of the rhizosphere, p. 417–463.In:A. D. McLaren &G. F. Peterson [eds.] Soil Biochemistry. Marcel Dekker, New York.

Russell, R. S., &J. Sanderson. 1967. Nutrient uptake by different parts of the intact roots of plants. Jour. Exp. Bot.18: 491–508.

Schroth, M. N., &D. C. Hildebrand. 1964. Influence of plant exudates on rootinfecting fungi. Ann. Rev. Phytopath.2: 101–132.

—, &W. C. Snyder. 1961. Effect of host exudates on chlamydospore germination of the bean root rot fungusFusarium solani F.phaseoli. Phytopathology51: 389–393.

Slankis, V., V. C. Runeckles, &G. Krotkov. 1964. Metabolites liberated by roots of white pine (Pinus strobus L.) seedlings. Physiol. Plantarum17: 301–313.

Subba-Rao, M. S., R. G. S. Bidwell, &D. L. Bailey. 1962. Studies of rhizosphere activity by the use of isotopically labeled carbon. Canad. Jour. Bot.40: 203–212.

Timonin, M. I. 1941. The interaction of higher plants and soil microorganisms. III. The effects of by products of plant growth on activity of fungi and actinomycetes. Soil Sci.52: 395–413.

Toussoun, T. A., &Z. A. Patrick. 1963. Effect of phytotoxic substances from decomposing plant residues on root rot of bean. Phytopathology53: 265–270.

Vancura, V. 1964. Root exudates of plants. 1. Analysis of root exudates of barley and wheat in their initial phases of growth. Plant & Soil21: 231–248.

-, &A. Hovadik. 1965. Composition of root exudates in the course of plant development, p. 21–25.In: J. Macura & V. Vancura [eds.] Plant Microbes Relationships. Czech. Acad. Sci.

Venkata-Ram, C. S. 1960. Foliar application of nutrients and rhizosphere microflora ofCamellia sinensis. Nature187: 621–622.

Vrany, J., &J. Macura. 1963. The effect of antibiotics on the microflora of the surface of plant roots. Ust. Ved. Inf. MZLVH (Rostl. Vyroba)36: 702–6. [from Abstract in Soils & Fertilizers 27: 42 (1964)].

—,V. Vancura, &J. Macura. 1962. The effects of foliar application of some readily metabolized substances, growth regulators and antibiotics on rhizosphere microflora. Fol. Microbiol.7: 61–70.

-. 1965. Effect of foliar applications on rhizosphere microflora, p. 21–25.In: J. Macura and V. Vancura [eds.] Plant Microbes Relationships. Czech. Acad. Sci.

Wallace, H. R. 1958. Observations on the emergence from cysts and the orientation of larvae of three species of the genusHeterodera in the presence of host plant roots. Nematologica3: 236–243.

-. 1961. Factors influencing the ability ofHeterodera larvae to reach host plant roots.In: Recent Advances in Botany. Univ. Toronto Press, p. 407.

Widdowson, Elizabeth. 1958a. Potato root diffusate production. Nematologica3: 6–14.

—. 1958b. The production of root diffusate by potatoes grown in water culture. Nematologica3: 108–114.

— 1958c. Observation on the collection and storage of potato root diffusate. Nematologica3: 173–178.

Woods, F. W. 1960. Biological antagonisms due to phytotoxic root exudates. Bot. Rev.26: 546–569.

—, &K. Brock. 1964. Interspecific transfer of Ca45 and P32 by root systems. Ecology45: 886–889.

Zentmeyer, G. A. 1961. Chemotaxis of zoospores for root exudates. Science133: 1595–1596.