Neural Mechanisms Involved in Autonomic and Respiratory Changes in Rats,Submitted to Short-Term Sustained Hypoxia     

Daniela Accorsi-Mendonça  Carlos E.L. Almado  Leni G.H. Bonagamba  Kauê M. Costa  Jaci A. Castania  João Henrique Costa-Silva  Daniel B. Zoccal  Davi J.A. Moraes  Benedito H. Machado 《The Forestry Chronicle》2017,28(1):e4-e5

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Geographical variation and quality assessment of Stryphnodendron adstringens (Mart.) Coville within Brazil     

Valéria S. Corrêa  Antonio L. Cerdeira  Ana L. Fachin  Bianca W. Bertoni  Paulo S. Pereira  Suzelei C. Fran?a  Henrique G. Momm  Rita M. Moraes  Ana M. S. Pereira 《Genetic Resources and Crop Evolution》2012,59(7):1349-1356

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Marcelo Ribeiro Vilela Prado  Oscarlina Lúcia dos Santos Weber  Milton Ferreira de Moraes  Carlos Leandro Rodrigues dos Santos  Morgana Santos Tunes  Fabricio Tomaz Ramos 《Communications in Soil Science and Plant Analysis》2016,47(21):2405-2413

Hypothetically, humic substances (HSs) can improve the response of plants in sandy soils. The objective was to assess the effect of applying an organomineral fertilizer enriched with HSs on soybean plants grown with and without water stress. The experimental design was entirely randomized, in a greenhouse, in a 2 × 5 factorial setup (two moisture levels and five fertilizer doses: 0, 1, 2, 4, and 8 mL dm^?3), for a total of 10 treatments, with eight repetitions, using as substrate a Psamment. The organomineral fertilizer was applied in the soil 21 days after plant emergence, and the water regimes were established 1 week thereafter. Plant height, shoot and root dry mass, mineral nutrition, and grain yield were evaluated. There was a positive response to the doses, with the most efficient one under water stress being 6.5 mL dm^?3 and HSs favored the uptake of micronutrients.  相似文献   

    

J. A. Souza  L. A. C. Moraes 《Journal of plant nutrition》2013,36(16):1992-2002

Abstract

Foliar fertilization with micronutrients and amino acids (AAs) has been used to increase the grain yield and quality of different crops. The aim of the present study was to evaluate the effects of Zn and AAs foliar application on physiological parameters, nutritional status, yield components and grain yield of wheat-soybean intercropping under a no-till management. We used a randomized block experimental design consisting of eight treatments and four replicates. The treatments were five Zn rates (0, 1, 2, 4 and 8?kg ha^?1) and 2?L ha^?1 of AAs and three additional treatments: a control (without the Zn or AA application), 2?kg ha^?1 Zn and 2?kg ha^?1 Zn + 1?L AA. The treatments were applied by spraying during the final elongation stage and at the beginning of pre-earing for the wheat and in growth stage V6 for the soybean for two crop years in a Typic Oxisol (860?g kg^?1 clay). Zinc foliar fertilization increased the wheat grain Zn concentrations. The Zn rates and AA foliar fertilization in soil with did not affect the physiological parameters, nutrient status or yield components. The AA application at the different concentrations tested changed the soybean grain yield and the leaf N concentration. The results suggest that Zn and amino acids application increases the grains Zn concentration in the wheat, being an important strategy to agronomic biofortification.  相似文献   

    

Virginia Damin  Paulo Cesar Ocheuze Trivelin  Tiago de Godoy Barbosa  Saul Jorge Pinto de Carvalho  Milton Ferreira Moraes 《Journal of plant nutrition》2013,36(12):1830-1842

Nitrogen (N) mineralization from black oat residues (Avena strigosa), with or without previous application of herbicides, and its utilization by corn crop were investigated. The experiments were performed in a completely randomized setup, with three treatments and ten replicates. The treatments were: A) control - corn grown in soil with residues of black oats harvested without herbicide application; B) glyphosate - corn grown in soil with residues of glyphosate-desiccated black oat; and C) glufosinate - corn grown in soil with residues of black oat previously desiccated with glufosinate-ammonium. The remaining black oat residues on the soil surface were smaller in the control treatment than in glyphosate and glufosinate treatments. Black oat residues from the control treatment released 30% and 20% more carbon (C) and nitrogen (N), respectively, than from herbicide treatments. Microbial biomass carbon, total and mineral soil N arising from black oat residues were reduced by herbicide management. Black oat residues treated with glyphosate reduced corn total-N by 16%; however, dry mass yield was not affected by the treatments. Herbicide application on black oat reduced the total amount of residue-released nitrogen in the corn kernels, leaves and the whole plant. Net nitrogen mineralization from black oat residues is affected by the application of glyphosate or glufosinate-ammonium.  相似文献