Adsorption of Boron by Ferromagnesian Minerals and Magnesium Hydroxide

Rhoades, J. D.; Ingvalson, R. D.; Hatcher, J. T.

doi:10.2136/sssaj1970.03615995003400060034x

Cited by 27 publications

(12 citation statements)

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“…Rhodes and associates (43) found many arid soils to have a boronsorption capacity associated with their silt and sand fractions. They found that minerals containing magnesium sorbed more boron from solution than minerals which did not contain magnesium.…”

Section: Chapter II Literature Reviewmentioning

confidence: 99%

Assessing Boron Needs for Improving Peanut Yield and Quality

Hill¹,

Morrill

1974

Soil Science Soc of Amer J

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Three experiments were conducted to determine requirements of boron (B) for Spanish peanuts (Arachis hypogaea); (i) three rates of B were applied in solution to soil surfaces at 17 field locations, (ii) two rates of B were applied to soil at various stages of growth, and (iii) four B carriers were compared. Soil samples were collected at planting time. Leaf and petiole samples were collected 30 and 60 days after planting. The relationship of the occurrence of internal damage to initial soil B levels and concentration of B in plant tissue were evaluated. The effects of time, rate, and B carrier were also compared.Boron deficiency was found in more than 50% of the field locations. Boron application did not increase yields of peanuts or improve seed quality as measured by yield of sound mature kernels. The occurrence of internal damage from B deficiency (IDB) was shown to be related to hot‐water‐soluble soil B and to B content in young leaves and petioles. No IDB was found at locations with a hot‐water‐soluble soil B level > 0.15 ppm. Peanuts from plants with B concentration in young leaf tissue between 26 to 30 ppm at 30 and 60 days after planting were free of IDB. Boron applied as late as 60 days after planting was effective in eliminating IDB. No difference in the effectiveness of the four B carriers was found.

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Section: Chapter II Literature Reviewmentioning

confidence: 99%

Assessing Boron Needs for Improving Peanut Yield and Quality

Hill¹,

Morrill

1974

Soil Science Soc of Amer J

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“…The examination of the fractionation scheme on a series of Ontario soils will be discussed in a following paper (Evans et al 1996). Some preliminary results on these soils have been presented previously (Hou et al 1994 Boron associated with Mn oxides (Rhoades et al 1970) was not considered in our proposed scheme because Mn oxides have a point ofnet zero proton charge less than 1.5 (Balistrieri and Chao 1990) For personal use only. Between each successive extraction, the reiidue was washed with 8 mL of water and the solution was discarded after centrifugation.…”

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Chemical fractionation of soil boron: I. Method development

Hou¹,

Evans²,

Spiers³

1996

Can. J. Soil. Sci.

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“…Such materials are, ferromagnesian minerals and magnesium hydroxide (Rhoades et al, 1970), hydrous oxides and iron aluminium (McPhail et al, 1972), allophane (Su & Suarez, 1997), montmorilonite, illite and kaolinite (Chieng & Chong, 2012;Keren & O' Connor, 1982), humic acids (Gu & Lowe, 1990), fly ash and coal (Polat et al, 2004), magnesia (Dionisiou et al, 2006), activated carbon (Kluczka et al, 2007) and selective resins as Amberlite IRA-743 (Demircivi & Nasun-Saygili, 2008). …”

Section: Resultsmentioning

confidence: 99%

Removal of Boron by Surfactant Modified Zeolitic Tuff from Northeastern Greece

Dionisiou¹,

Misopolinos²

2013

JAS

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Boron adsorption on surfactant modified zeolite (SMZ) was investigated, in the perspective of using SMZ for B removal from irrigation waters, since SMZ has been proven efficient adsorbent for many anions. A calcareous clinoptilolite was used and a sub-sample was treated with HCl. Then the charge of the external surface of the untreated and treated zeolite was modified and B adsorption was studied. The SMZ adsorbed B and its adsorption capacity was increased with HCl treatment and pH adjustment at the strongly alkaline range. However, in all cases the relative amounts of B removed from solution were much lower than other anions reported in the literature. In addition, B concentration in the equilibrium solution was above 3 mg L -1 , which is considered a critical limit for B in irrigation waters in respect to the risk of B phytotoxicity. It was concluded that SMZ is not an effective means for B removal from irrigation waters and thus its use for B water treatment is not recommended.

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Adsorption of Boron by Ferromagnesian Minerals and Magnesium Hydroxide

Cited by 27 publications

References 0 publications

Assessing Boron Needs for Improving Peanut Yield and Quality

Assessing Boron Needs for Improving Peanut Yield and Quality

Chemical fractionation of soil boron: I. Method development

Removal of Boron by Surfactant Modified Zeolitic Tuff from Northeastern Greece

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