Biochar-based Bradyrhizobium inoculum improves growth of lupin (Lupinus angustifolius L.) under drought stress

Egamberdieva, Dilfuza; Reckling, Moritz; Wirth, Stephan

doi:10.1016/j.ejsobi.2016.11.007

Cited by 80 publications

(59 citation statements)

References 34 publications

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“…The importance of biochar on plant survival is mostly driven by the improvement of plant water availability, aeration, porosity, nutrient retention and holding capacity to promote optimum utilization of root zone resources. Moreover, biochar application leads to the improvement of plant tolerance to salinity (Ali et al 2017;Farhangi-Abriz and Torabian 2017;Kim et al 2016), resistant on diseases (Mehari et al 2015;Huang et al 2015), drought-resistant (Kammann et al 2011;Haider et al 2014;Ali et al 2017;Egamberdieva et al 2017) and heavy metals and toxic elements resistance (Zheng et al 2012;Gartler et al 2013;Rizwan et al 2015;Rees et al 2015). The environment is a complex of so many factors interrelated, soil is vitally important for plant growth and development.…”

Section: Resultsmentioning

confidence: 99%

“…The world-wide tremendous increase of interest in biochar application in the last few decades is driven by the long-term multi-benefits given by the applications. Regardless the debate on the magnitude, uncertainties and residence time effects, biochar application promotes the improvement of water and nutrient retention (Glaser et al 2002;Liang et al 2006;Chan et al 2007;Steiner et al 2007); soil microbial biomass, activities and structures (Yu et al 2018;Lehmann et al 2011;Thies and Rillig 2009); fertilizer and nutrient use efficiency (DeLuca et al 2009;Schulz and Glaser 2012); soil physical properties (Atkinson et al 2010;Mukherjee and Lal 2013); immobilization of toxic substances in soils (Rees et al 2015;Rizwan et al 2015); plant growth and productivity (Carter et al 2013;Cornelissen et al 2013;William and Qureshi 2015;Liu et al 2016;Syahrinudin et al 2018); plant drought and salinity resistance (Akhtar et al 2015;Kim et al 2016;Ali et al 2017;Egamberdieva et al 2017; Farhangi-Abriz and Torabian 2017); plant toxicity resistance (Zheng et al 2012;Gartler et al 2013;Rees et al 2015;Rizwan et al 2015); plant disease resistance (Huang et al 2015;Mehari et al 2015); nitrous oxide and methane emission reduction (Rondon et al 2005;Yanai et al 2007;Spokas et al 2009); and soil carbon pool (Lehmann 2007;Lu et al 2014;.…”

Section: Introductionmentioning

confidence: 99%

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Biochar enriched with organic fertilizer improves the survival and growth rate of Anthocepalus cadamba seedlings planted on degraded spodosols

et al. 2019

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Abstract. Syahrinudin, Hartati W, Sudarmadji T, Krisdianto N, Ibrahim. 2019. Biochar enriched with organic fertilizer improves the survival and growth rate of Anthocepalus cadamba seedlings planted on degraded spodosols. Biodiversitas 20: 3741-3750. The application of biochar for the improvement of soil properties and fertility has drawn enormous interest worldwide nowadays and numerous application options are now available. This research was aimed to evaluate the effects of the application of biochar and organic fertilizers on the survival and growth of Anthocepalus cadamba seedlings planted on degraded spodosols soil on bioassay trial in the nursery. Bioassay trial was carried out in the nursery of Faculty of Forestry, Mulawarman University, Samarinda, Indonesia, employing a 2-factors Completely Randomized Design (CRD) with factor 1 was the rate of biochar application (i.e. six levels of treatment: 0 (control), 2, 5, 10, 25 and 100%v of biochar), and factor 2 (enrichment of organic fertilizers, i.e. with enrichment and without enrichment), and each treatment combination had 3 replications. The results showed that biochar application alone improved height and diameter growth rate of A. cadamba seedlings by 253% and 116% of control treatment (without biochar), respectively. Enrichment of organic fertilizers gave further improvement in height and diameter growth rate of A. cadamba seedlings to 386% and 150% of control treatment (without biochar), respectively. Furthermore, biochar application improved survival and biomass growth rate of the seedlings. Enrichment of organic fertilizers into biochar improved not only seedling growth rate but also more interestingly the carrying capacity of spodosols to biochar application rate. We concluded that biochar application complemented with enrichment of organic fertilizers on spodosols is highly promising for the improvement of both soil carbon sequestration and plant growth performance.

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Section: Resultsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Biochar enriched with organic fertilizer improves the survival and growth rate of Anthocepalus cadamba seedlings planted on degraded spodosols

et al. 2019

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“…Moreover, in another study, Egamberdieva, Reckling, and Wirth () investigated the performance of hydrochar, maize‐biochar, and wood‐biochar as carrier materials for Bradyrhizobium sp. inoculants to improve the soil properties and lupin ( Lupinus angustifolius L.) growth under drought conditions.…”

Section: Biochar As Soil Amelioratormentioning

confidence: 99%

“…Overall, biochar properties and quality depend on the biomass type from which biochar is produced and the pyrolysis conditions However, the response of chemical soil properties to biochar addition is largely dependent upon feedstock, pyrolysis temperature, application rates, and soil types ( Table 2). Most studies involving the use of biochar focus on its potential for increasing soil pH of acidic soils (Edenborn, Edenborn, Krynock, & Haug, 2015;Lehmann et al, 2011;Novak et al, 2014;Xu, Sun, Shao, & Chang, 2014;Zhang et al, 2013;Zhang, Bian, et al, 2012). However, no effects following biochar application are sometimes noticed in alkaline soils (Usman et al, 2016;Zhang, Liu, et al, 2012;Zhang, Voroney, & Price, 2015).…”

Section: Biochar: Production and Characteristicsmentioning

confidence: 99%

Impact of biochar properties on soil conditions and agricultural sustainability: A review

et al. 2017

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This review summarizes the influences of pyrolysis conditions and feedstock types on biochar properties and how biochar properties in turn affect soil properties. Mechanistic evidence of biochar's potential for enhancing crop productivity, carbon sequestration, and nutrient use efficiency are also discussed. The review identifies the knowledge gaps, limitations, and future research directions for large‐scale use of biochar. Both pyrolytic parameters and feedstock types are considered to be the main factors controlling biochar properties such as nutrient content, recalcitrance, and pH. Biochar produced at low temperatures may improve nutrient availability and crop yield in acidic and alkaline soils, whereas high‐temperature biochar may enhance long‐term soil carbon sequestration. Biochar can also improve the efficiency of inorganic and organic fertilizers by enhancing microbial functions and reducing nutrient loss, thereby making nutrients more available to plants. Integration of biochar and chemical or organic fertilizers generally provides for better nutrient management and crop yield in most types of soils. Although biochar can improve degraded soils, it is not a panacea; as such, soil‐ and crop‐specific biochar are needed in order to ensure optimum crop yield and agricultural sustainability.

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“…The initial K was 0.16 meq/100 g soil, and after crop harvest under control condition (80% of FC), 60% of field capacity, and 40% of field capacity, highest K were 0.18 meq/100 g soil, 0.18 meq/100 g soil, and 0.17 meq/100 g soil, respectively, when biochar was applied at 20 t/ha, and lowest K were 0.17 meq/ 100 g soil, 0.17 meq/100 g soil, and 0.17 meq/100 g soil, respectively, when no biochar was applied. [53] reported biochar increased plant available nutrient in soil. [54] reported drought reduced N, P, and K levels in soil.…”

Section: Effect Of Rice Husk Biochar On N P and K In Soil Under Dromentioning

confidence: 99%

Amelioration of Drought Tolerance in Maize Using Rice Husk Biochar

Mannan¹,

Shashi²

2020

Maize - Production and Use

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This chapter discussed on mitigating effects of rice husk biochar to the drought effect on maize ("BARI Hybrid Bhutta 9"). Four doses of rice husk biochar at 0, 5, 10, and 20 t/ha were applied in soil before sowing of seed. Drought treatments were maintained at 60% of field capacity and 40% of field capacity by watering every alternate day, and 80% of field capacity (control) was also maintained as wellwatered treatment. Plant growth and physiological parameters were studied at 6th leaf, 10th leaf, 14th leaf, tasseling stage, cob initiation stage, and maturity stage, and yield contributing parameters were studied after harvest. Soil physical and chemical properties were studied before sowing and after harvest of crop. Drought stress reduced plant morphological growth and affected physiology and yield of maize. Mitigation of drought stress in maize was well associated with the reduction of proline content, maintenance of water-related traits, exudation rate and enhanced chlorophyll content and SPAD value, as well as dry matter production. Rice husk biochar improved the growth and yield performance of maize under drought condition. Biochar application at 20 t/ha was the best treatment to improving drought tolerance in maize.

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Biochar-based Bradyrhizobium inoculum improves growth of lupin (Lupinus angustifolius L.) under drought stress

Cited by 80 publications

References 34 publications

Biochar enriched with organic fertilizer improves the survival and growth rate of Anthocepalus cadamba seedlings planted on degraded spodosols

Biochar enriched with organic fertilizer improves the survival and growth rate of Anthocepalus cadamba seedlings planted on degraded spodosols

Impact of biochar properties on soil conditions and agricultural sustainability: A review

Amelioration of Drought Tolerance in Maize Using Rice Husk Biochar

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