Soil change induced by the application of biodigested vinasse concentrate, and its effects on growth of sugarcane

Silva, Juliana; Cazetta, Jairo Osvaldo; Togoro, Aluísio Hideki

doi:10.4067/s0718-58392015000200015

Cited by 6 publications

(6 citation statements)

References 16 publications

(14 reference statements)

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“…According to Naspolini et al (2017), during the concentration of vinasse, the temperature favors the mineralization of P, thereby increasing its concentration in the waste. This result agrees with that reported by Silva et al (2015), who observed Table 2. Yields of soybean (grain), maize (grain), and pasture (biomass) in soils after the application of fresh and concentrated vinasses…”

Section: Resultssupporting

confidence: 94%

Vinasse improves soil quality and increases the yields of soybean, maize, and pasture

Pinto

Cordeiro

Araújo

et al. 2022

Rev. bras. eng. agríc. ambient.

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Vinasse can be a suitable alternative to improve soil attributes and increase crop yield. This study evaluated the effect of fresh and concentrated vinasse on soil chemical and biological attributes and on the yields of soybean, maize, and pasture. The design was in randomized blocks with four replications and five treatments: T1 (250 kg ha-1 08:28:16 at sowing + 40 kg ha-1 K2O at topdressing); T2 (250 kg ha-1 08:28:16 at sowing + 2450 L ha-1 of fresh vinasse at topdressing); T3 (250 kg ha-1 08:28:16 at sowing + 190 L ha-1 of concentrated vinasse at topdressing); T4 (4100 and 2450 L ha-1 of fresh vinasse at sowing and topdressing, respectively); T5 (315 and 190 L ha-1 of concentrated vinasse at sowing and topdressing, respectively). These treatments were applied during the soybean growth in 2017 and 2018. After soybean harvesting and before maize and pasture in 2018, soil chemical and biological attributes were assessed. Vinasse increased the concentrations of carbon and phosphorus, while decreasing those of potassium and sulfur. Vinasse reduced the carbon concentration of the microbial biomass by 50%, but increased the nitrogen concentration of the microbial biomass by 67%. The activity of dehydrogenase was higher with the application of fresh vinasse. Application of vinasse for two years improves soil chemical and biological attributes and increases the yields of soybean, maize, and pasture.

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Section: Resultssupporting

confidence: 94%

Vinasse improves soil quality and increases the yields of soybean, maize, and pasture

Pinto

Cordeiro

Araújo

et al. 2022

Rev. bras. eng. agríc. ambient.

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“…The N and P levels in the TVD leaf of sugarcane obtained in the present study corroborate those obtained by J. Silva, Cazetta and Togoro (2015), who examined the effects of the vinasse application to the soil on the mineral nutrition of sugarcane and did not find significant increases in the N or P concentrations in the TVD leaf. Likewise, Carvalho, Andreotti, Buzetti and Carvalho (2013) evaluated the yield of sugarcane as a function of the use of plaster and vinasse and observed that the application of up to 200 m3 ha -1 of vinasse did not cause a significant change in N or P concentrations in the leaf.…”

Section: Nutritional Statussupporting

confidence: 92%

Nutrient content and accumulation in sugarcane under mineral fertilization and high doses of vinasse

Costa

Rolim

Silva

et al. 2021

Semina: Ciênc. Agrár.

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Vinasse, a waste from ethanol production, has been widely used as a means of fertigation in sugarcane. However, high dose limits application at and its effects on nutrient absorption and accumulation by the crop are not known. The aim of this study was to evaluate and compare, during the initial development of sugarcane, the effect of mineral fertilization and high doses of vinasse on the macronutrient and sodium contents of the top visible dewlap (TVD) leaf and their respective accumulations in the aerial part of the crop. The experiment was carried out in 100-dm3 pots filled with Argisol. The treatments consisted of five doses of vinasse (0, 150, 300, 600 and 1200 m3 ha-1) and an additional treatment with no vinasse and mineral fertilizer (500 kg ha-1 of the NPK 14-24-18 formulation). The levels of nitrogen, phosphorus, potassium, calcium, magnesium and sodium were evaluated in the TVD leaf at 120 days after planting and their accumulation in the aerial part of the plant at 210 days. Data were subjected to analysis of variance and compared using regression analysis and orthogonal contrasts. The vinasse doses applied did not adequately nourish the crop in macronutrients. Mineral fertilization provided higher N and P levels. The highest doses of vinasse provided higher levels of K, Ca and Mg and larger accumulations of N, P, K and Na, but were detrimental to the accumulation of Ca. The descending order of accumulation of macronutrients and sodium with mineral fertilization was P> Ca> N> K> Mg> Na. For the application of vinasse, the descending order was K> P> Ca> N> Na> Mg. In the absence of mineral fertilization and vinasse, the descending order was P> Ca> K> N> Mg> Na.

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“…Vinasse is a by-product from ethanol production. Vinasse contains a lot of organic matter, potassium, nitrogen and other plant nutrients that is regularly used as soil fertilizer (Silva et al, 2015). Furthermore, vinasse improves factors involved in soil fertility, provides favoring conditions for nitrogen assimilation into the soil, protects nutrients against washing out and maintains them as reserve nutrients, leading to increase yield and quality of crop (Rodriguez, 2000).…”

Section: Introductionmentioning

confidence: 99%

Utilization of Vinasse and Feldspar as Alternative Sources of Potassium Fertilizers and Their Effect on Some Soil Properties and Crop Yield in Sandy Soils

Seddik¹,

Osman²,

Kenawy³

2016

Journal of Soil Sciences and Agricultural Engineering

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A field experiment was carried out for two successive seasons (winter season 2013/2014 and summer season 2014) on sandy soil at Ismailia Agric. Res. Station , Ismailia Governorate, Egypt (Latitude, 30 o 35' 41.901" N and longitude, 32 o 16' 45.834" E) to investigate the utilization of vinasse and feldspar as alternative sources of potassium fertilizers on crop yield (pea and peanut), nutritional status and some soil properties. Two rates of vinasse V1 (75%) and V2 (100%) and two rates of feldspar mineral F1 (75%) and F2 (100%) from the recommended dose of potassium were used to complete the recommended dose of K fertilizers for pea and peanut crops, combination application of vinasse and feldspare were added as follow; (25 % V+ 75% F), (50% V + 50% F) and (75% V+ 25% F). Results show that available N, P and K in soil increased significantly by increasing the rate of applied vinasse and feldspar mineral. The superior treatment was (75% V + 25 %F), while, the pH values of soil and those of EC and OM % increased. The highest values of EC and OM % being recorded with vinasse (V2) and vinasse combined with feldspar (75% V+ 25% F). Total phenols values increased gradually by increasing the rate of vinasse, as compared to control treatment and decreased gradually with depth, the highest values of total phenols were recorded for the soil surface layer in presence of 100% vinasse alone followed by vinasse combined with feldspar. At the same time, the partially use of vinasse as a K fertilization in sandy soils is not causing any bioaccumulation of phenol compounds in sub soil layers. Results indicated that value of field capacity (FC), wilting point (WP) and available water (AW) increased by application of vinasse and feldspar mineral compared to control treatment at both studied seasons. Also data demonstrated that increasing rates of vinasse and feldspar mineral significantly increased (FC), (WP) and (AW) values. The high rate of vinasse (V2) and feldspar mineral (F2) being superior. Moreover, application of vinasse at rate 75% combined with feldspar at rate 25 % had recorded the highest values of soil moisture characteristics (FC, WP and AW). Moreover, application of vinasse at a rate of 75% combined with feldspar at a rate of 25 % had recorded the highest values of yield components as well as (N, P and K) total contents of grains and straw for both pea and peanut crops as compared to either control or other treatments. The application of vinasse combined with feldspar mineral (75% V+ 25%F) could be considered as a replacement for K-mineral fertilizers in sandy soils.

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Soil change induced by the application of biodigested vinasse concentrate, and its effects on growth of sugarcane

Cited by 6 publications

References 16 publications

Vinasse improves soil quality and increases the yields of soybean, maize, and pasture

Vinasse improves soil quality and increases the yields of soybean, maize, and pasture

Nutrient content and accumulation in sugarcane under mineral fertilization and high doses of vinasse

Utilization of Vinasse and Feldspar as Alternative Sources of Potassium Fertilizers and Their Effect on Some Soil Properties and Crop Yield in Sandy Soils

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