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Nitrogen fixation in some rice soils in Sri Lanka

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Summary

In situ measurements of nitrogenase activities in some rice soils, representing three different agroclimatic zones of Sri Lanka, demonstrated that there is a great potential for nitrogen fixation in these paddy soils, provided that they are continuously flooded and that nitrogenous fertilizer levels are relatively low. Under such conditions cyanobacterial (blue-green algal) fixation predominates. In certain areas of the wet zone, with highly organic soils, cyanobacterial fixation could probably meet a great part of the N-fertilizer input recommended. Heterotrophic rhizosphere fixation may also be significant, especially in the dry zone. Low concentrations of fertilizer-N were found to stimulate cyanobacterial numbers and total nitrogen fixation, at one site (dry zone), whereas high levels negatively affected total fixation at all sites investigated. In the absence of N-fertilizers, inoculation as well as additions of Mo, increased cyanobacterial numbers, nitrogen fixation activity and available ammonia levels substantially at the investigated site (dry zone). Rice grain yields did not vary significantly between treatments, because of too large a heterogeneity in the field with respect to water management.

Resumé

Des mesuresin situ d'activité de nitrogénase dans quelques sols de rizière, représentant trois zones agro-climatiques différentes du Sri Lanka, ont démontré qu'il y a une grande potentialité pour la fixation d'azote dans ces sols, pourvu qu'ils soient continuellement inondés et que le niveau de fertilisation azotée soit relativement bas. Dans ces conditions, la fixation par les cyanobactéries (algues bleu-vertes) prédomine. Dans certaines régions de la zone humide, aux sols à forte teneur en matière organique, la fixation par les cyanobactéries puet probablement satisfaire une grande partie du besoin recommandé en fertilisant azoté. La fixation par la rhizosphère hétérotrophe peut, elle aussi, être significative, surtout dans la zone sèche. Des concentrations faibles en fertilisant azoté ont révélé stimuler le nombre de cyanobactéries et la fixation totale d'azote, sur un site (zone sèche), tandis que des teneurs élevées affectaient négativement la fixation totale sur tous les sites étudiés. En absence de fertilisant azoté, l'inoculation ainsi que l'ajout de Mo ont augmenté le nombre de cyanobactéries, l'activité fixatrice d'azote et le niveau d'ammoniaque disponible, de manière substantielle sur le site étudié (zone sèche). Le rendement en graines de riz n'a pas varié de manière significative d'un traitment à l'autre, à cause d'une hétérogénéité trop grande sur le champ en matière de gestion d'eau.

Resumen

Medidas ‘in situ’ de las actividades nitrogenàsicas de algunos suelos arroceros representativos de tres zonas agroclimáticas distintas de Sri Lanka demostraron que existe un potencial considerable para la fijación de nitrógeno en estos suelos encharacados siempre y cuando permanezcan bajo el agua y la fertilización nitrógenada se mantenga relativamente baja. En estas condiciones la fijación predominante es la realizada por cianobacterias (algas verdeazules). En algunas areas de la zona húmeda con suelos muy orgánicos la fijación mediante cianobacterias podría suministrar una gran parte del aporte en nitrógeno recomendado. La fijación heterotrófa en la rizosfera puede también representar un aporte significativo, especialmente en la zona seca. Bajas concentraciones de fertilizante nitrogenado estimularon el número de cianobacterias y la fijación de nitrógeno total en uno de los suelos estudiados (zona seca) mientras que niveles elevados afectaron negativamente a la fijación en todos los suelos estudiados. En ausencia de fertilizantes nitrógenados la inoculación así como adiciones de Mo incrementaron sustancialmente el número de cianobacterias, la actividad fijadora de nitrógeno y los niveles de amonio disponibles en el suelo estudiado (zona seca). La cosecha de arroz no varió significativamente entre los distintos tratamientos debido a la excesiva heterogeneidad en el uso del agua.

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Authors and Affiliations

  1. Department of Microbiology, Swedish University of Agricultural Sciences, S-750 07, Uppsala, Sweden

    U. Granhall & T. Lindberg

  2. Department of Botany, University of Peradeniya, Peradeniya, Sri Lanka

    S. A. Kulassoriya, W. K. Hirimburegama & R. S. Y. de Silva

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  1. U. Granhall
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  2. S. A. Kulassoriya
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  3. W. K. Hirimburegama
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  4. R. S. Y. de Silva
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Granhall, U., Kulassoriya, S.A., Hirimburegama, W.K. et al. Nitrogen fixation in some rice soils in Sri Lanka. Mircen Journal 3, 367–388 (1987). https://doi.org/10.1007/BF00935696

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