Interaction between beet vinasse and iron fertilisers in the prevention of iron deficiency in lupins

Santiago, Ana de; Delgado, Antonio

doi:10.1002/jsfa.4068

Cited by 5 publications

(6 citation statements)

References 46 publications

(55 reference statements)

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“…It is known that organic matter applied as compost may improve strawberry growth, which can be explained at least in part by the improvement of nutrient uptake (Yavari et al, 2009). Also, the application of organic matter in the form of HS or sugar vinasses has been shown to be effective in increasing the efficiency of Fe salts in preventing the incidence of Fe deficiency chlorosis in lupin plants (De Santiago et al, 2008a;De Santiago & Delgado, 2010).…”

Section: Effect Of Fe-fertilizers On Spad Meter Readings and Strawbermentioning

confidence: 99%

“…When vivianite is mixed with composted cork, the proportion of applied Fe recovered by citrate bicarbonate (CB) was the highest (Table 3). This is the fraction which likely includes the most readily available Fe forms to plants (De Santiago et al, 2008a), and according to de Santiago & Delgado (2010), it is the best estimator of the efficiency of Fe fertilizers in preventing the incidence of Fe chlorosis in calcareous media. Also, with CORVIV, the proportion of applied Fe recovered by the action of the strong reductant (CBD) was the lowest (Table 3).…”

Section: Effect Of Fe Sources On Fe Forms In the Growing Mediummentioning

confidence: 99%

“…Humic substances or beet vinasses have been proved to increase the efficiency of vivianite and ferrous sulphate in decreasing the incidence of Fe chlorosis in sensitive plants grown on calcareous media (De Santiago et al, 2008a;De Santiago & Delgado, 2010). This enhancement of the effect of inorganic Fe sources increasing Fe availability to plants when they are applied with an organic source has been explained by: (i) the effect of organic matter contributing to metal reduction (Chen et al, 2003), (ii) the decrease in the crystallization of Fe oxides resulting from applied Fe fertilizers (Schwertmann et al, 2005;De Santiago et al, 2008a), and (iii) the formation of complexes with Fe that can be an effective Fe source for plants (Pinton et al, 1998(Pinton et al, , 1999Bocanegra et al, 2006;De Santiago & Delgado, 2007).…”

Section: Introductionmentioning

confidence: 99%

“…This has been explained by the effectiveness of organic compounds present in amendments in keeping Fe in plant-available forms (Bar-ness & Chen, 1991). In particular it is of potential interest the study of the effectiveness of vivianite enriched composts in preventing the problem, since vivianite has been proved to be an effective Fe fertilizer in preventing chlorosis and this effectiveness has been increased by mixing with different organic sources (De Santiago et al, 2008a;De Santiago & Delgado, 2010).…”

Section: Introductionmentioning

confidence: 99%

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Effectiveness of mixtures of vivianite and organic materials in preventing iron chlorosis in strawberry

Santiago¹,

Carmona²,

Quintero³

et al. 2013

Span. j. agric. res.

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La aplicación de sales de hierro con materia orgánica de diferentes fuentes ha demostrado ser efectiva en la prevención de la clorosis férrica. El principal objetivo de este trabajo fue estudiar la efectividad de distintas fuentes de Fe formadas a partir de la mezcla de sustancias húmicas o compost con vivianita, en la prevención de este desorden nutricional en fresa (Fragaria x ananassa cv Camarosa). Para ello, se dispuso en un invernadero un experimento diseñado en bloques al azar, con 4 repeticiones (3 plantas por repetición) y un solo factor (la fuente de Fe), usando un medio calcáreo como soporte para las plantas. Las fuentes de Fe estudiadas fueron: (i) testigo sin Fe, (ii) testigo con una fuente efectiva de Fe en medios calcáreos (EDDHA-Fe, 0.1g kg-1), (iii) vivianita (1 g kg-1 medio, dosis recomendada), (iv) vivianita (1 g kg-1) + sustancias húmicas (–SH– 0.06 g kg-1), (v) vivianita (0.5 g kg-1) + SH (0.06 g kg-1) y (vi) una mezcla de corcho compostado y vivianita en una relación 6:1 en peso (CORVIV) aplicada a una dosis de 6 g kg-1 medio. Todas las fuentes de Fe fueron efectivas incrementando las medidas de clorofila SPAD cuando se compararon con el testigo sin Fe. Los tratamientos basados en vivianita no produjeron diferencias significativas respecto a aquellos obtenidos con EDDHA-Fe. Sin embargo, solo el CORVIV no mostró diferencias significativas con respecto al quelato de Fe en cuanto a la producción de materia seca (MS), el área foliar y el contenido en Fe total presente en la parte aérea. Las sustancias húmicas y la vivianita aplicadas en la dosis recomendada (1 g kg–1) incrementaron la producción de MS en las plantas con respecto a la vivianita sin sustancias húmicas. Además la vivianita aplicada sin mezclar con materia orgánica resultó comportarse de forma similar a la dosis inferior de vivianita (0.5 g kg–1) aplicada junto con sustancias húmicas. Se podría concluir que las fuentes de materia orgánica estudiadas incrementaron la eficiencia de la vivianita en la prevención de la clorosis en fresa, especialmente cuando la vivianita se enriqueció con compost de corcho, siendo tan efectiva como el EDDHA-Fe.

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Section: Effect Of Fe-fertilizers On Spad Meter Readings and Strawbermentioning

confidence: 99%

Section: Effect Of Fe Sources On Fe Forms In the Growing Mediummentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Effectiveness of mixtures of vivianite and organic materials in preventing iron chlorosis in strawberry

Santiago¹,

Carmona²,

Quintero³

et al. 2013

Span. j. agric. res.

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show abstract

“…Several studies have shown that synthetic vivianite can be an effective Fe fertilizer and can prevent Fe de ciency chlorosis in different crops [32][33][34][35][36][37][38]. However, there is little evidence on the effectiveness of vivianite as a P source for plants [39,40].…”

Section: Introductionmentioning

confidence: 99%

A novel biological process for recycling phosphorus from wastewater as fertilizer

Eshun,

García-López,

Garrido

et al. 2023

Preprint

Self Cite

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Background For water purification, Fe-oxide sludge is frequently used as a P sink, generating P-enriched Fe sludge. Microorganisms can transform the P-enriched sludge into products with higher P concentration or can directly promote the precipitation of P-rich compounds from water. However, there is no evidence of these products' efficiency as fertilizers. This study aimed to assess the effectiveness of microbially-mediated vivianite (biovivianite) production as Fe and P fertilizer for white lupin and durum wheat respectively. Results To this end, two completely randomized block experiments were conducted with white lupin (Fe experiment) and wheat (P experiment). The Fe and P sources used included biovivianite produced by microbial reduction of P-containing ferrihydrite (simulating saturated Fe-oxide sludge) at pH 6.5 (VivInsol6.5) and pH 7.0 (VivInsol7.0), biovivianite produced with soluble Fe(III) citrate (C6H5FeO7) in the presence of soluble phosphate at pH 7 (VivSol) (simulating the direct removal from water) and vivianite from a commercial company (ComViv). Fe-EDDHA and Fe(II)-sulfate (FeSO4.7H2O) were used as reference fertilizers in the Fe experiment and potassium dihydrogen phosphate (KH2PO4) was used for the P experiment. Overall, products dominated by vivianite and metavivianite (Fe2+Fe3 + 2(PO4)2(OH)2·6H2O), was the most effective Fe source for white lupin followed by Fe-EDDHA, ComViv, and VivSol with VivInsol6.5 as the least effective but without significant differences with Fe(II)-sulfate. Total P uptake by wheat plants from VivSol (dominated by vivianite and phosphate-green rust) was not significantly different from KH2PO4 in supplying P to the wheat plant. The particle sizes of the biovivianites were 16 µm, 18 µm, and 28 µm for VivInsol7.0, VivSol and VivInsol6.5 respectively. Conclusions The mineral constituents of the biovivianite coupled with the smaller particle sizes contributed to its effective uptake by the plants. The results reveal that biovivianite production is a novel way of producing efficient P and Fe fertilizers from water purification, providing new tools for a circular economy approach in the use of a non-renewable resource.

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Biosynthesis of vivianite from microbial extracellular electron transfer and environmental application

Yuan

Wang

et al. 2021

Science of The Total Environment

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Interaction between beet vinasse and iron fertilisers in the prevention of iron deficiency in lupins

Cited by 5 publications

References 46 publications

Effectiveness of mixtures of vivianite and organic materials in preventing iron chlorosis in strawberry

Effectiveness of mixtures of vivianite and organic materials in preventing iron chlorosis in strawberry

A novel biological process for recycling phosphorus from wastewater as fertilizer

Biosynthesis of vivianite from microbial extracellular electron transfer and environmental application

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