cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.19902081.v1
title: Clinical Features and Maternal-fetal Results of Pregnant Women in COVID-19 Times

description: Abstract Objective Coronavirus disease 2019 (COVID-19) is a disease caused by a newly discovered coronavirus, severe acute respiratory syndrome coronavirus 2 (SARSCoV-2), which usually leads to non-specific respiratory symptoms. Although pregnant women are considered at risk for respiratory infections by other viruses, such as SARS and Middle East respiratory syndrome (MERS), little is known about their vulnerability to SARS-CoV-2. Therefore, this study aims to identify and present the main studies on the topic, including the postpartum period. Methods In this narrative review, articles were searched in various databases, organizations, and health entities using keywords compatible with medical subject headings (MeSH), such as: COVID-19, pregnancy, vertical transmission, coronavirus 2019, and SARS-CoV-2. Results The review of the scientific literature on the subject revealed that pregnant women with COVID-19 did not present clinical manifestations significantly different from those of non-pregnant women; however, there are contraindicated therapies. Regarding fetuses, studies were identified that reported that infection by SARS-CoV-2 in pregnant women can cause fetal distress, breathing difficulties and premature birth, but there is no substantial evidence of vertical transmission. Conclusion Due to the lack of adequate information and the limitations of the analyzed studies, it is necessary to provide detailed clinical data on pregnant women infected with SARS-CoV-2 and on the maternal-fetal repercussions caused by this infection. Thus, this review may contribute to expand the knowledge of professionals working in the area as well as to guide more advanced studies on the risk related to pregnant women and their newborns. Meanwhile, monitoring of confirmed or suspected pregnant women with COVID-19 is essential, including in the postpartum period.
DOI: 10.6084/m9.figshare.19902286
title: Behavior of the soil chemical attributes in response to application of wastewater of domestic origin

description: Abstract The controled application of wastewater in soil has become a feasible environmental practice for final disposal of this residue, as well as an alternative to increase the agricultural boundary, because the wastewater can supply the water crop needs and provide nutrients to the crops. In this context, the study aimed to investigate the behavior of the chemical attributes in the soil profile, in response to application of urban wastewater and to compare the results with that obtained with the conventional management. The study was carried out in the Experimental Unit of Wastewater Treatment and Irrigated Agriculture, at Universidade Federal de Viçosa - UFV. The results obtained permit to conclude that the controled application of wastewater may be na alternative to raise the potential of food production, without negative effects in the soil and underground water.
DOI: 10.6084/m9.figshare.19902286.v1
title: Behavior of the soil chemical attributes in response to application of wastewater of domestic origin

description: Abstract The controled application of wastewater in soil has become a feasible environmental practice for final disposal of this residue, as well as an alternative to increase the agricultural boundary, because the wastewater can supply the water crop needs and provide nutrients to the crops. In this context, the study aimed to investigate the behavior of the chemical attributes in the soil profile, in response to application of urban wastewater and to compare the results with that obtained with the conventional management. The study was carried out in the Experimental Unit of Wastewater Treatment and Irrigated Agriculture, at Universidade Federal de Viçosa - UFV. The results obtained permit to conclude that the controled application of wastewater may be na alternative to raise the potential of food production, without negative effects in the soil and underground water.
DOI: 10.48370/ofd/cv8fcy/kkvkkh
title: m-0973.tif

description: :unav
DOI: 10.48370/ofd/cv8fcy/y8a6j8
title: FMW Fomes fomentarius (Linnaeus) Fries M-0973 (4).JPG

description: :unav
DOI: 10.48370/ofd/cv8fcy/s90lxm
title: FMW Fomes fomentarius (Linnaeus) Fries M-0973.JPG

description: :unav
DOI: 10.48370/ofd/cv8fcy/7bk1ru
title: FMW Fomes fomentarius (Linnaeus) Fries M-0973 (3).JPG

description: :unav
DOI: 10.48370/ofd/cv8fcy/rzv4kx
title: FMW Fomes fomentarius (Linnaeus) Fries M-0973 (2).JPG

description: :unav
DOI: 10.48370/ofd/cv8fcy
title: Hubiak pospolity (Fomes fomentarius (Linnaeus) Fries), 973

description: Grzyby makromycetes
DOI: 10.6084/m9.figshare.19902292
title: Conjugality Money Managment Scale (EMDC): Construction and Validity Evidence

description: Abstract The approach couples take to managing financial resources influences different aspects of the marital relationship, and this may correspond to a positive and/or negative factor in conjugality. This study aims to present the construction process and psychometric properties of the Conjugality Money Management Scale (CMMS), designed to evaluate the two possible approaches to money management that can be adopted by individuals in marital cohabitation relationships: Independent or Shared Management approaches. The sample size was 280 participants, including Brazilian men and women, 76.4% (N = 214) living in the state of Rio Grande do Sul. The confirmatory factorial analyzes resulted in a scale of 18 items, classified into four dimensions: Financial Cohesion, Financial Intimacy, Financial Infidelity, and Asset Sharing. The analyses indicated adequate factorial structure and validity evidence. The scale presents the potential of applicability in research and clinical practice in the context of marital relationships.
DOI: 10.6084/m9.figshare.19902288
title: Formability of aluminum 1050A at high temperatures: Numerical modeling and experimental validation

description: Abstract The sheet metals are prone to large plastic deformation during forming processes. The study purpose is to investigate 1050A aluminum sheets thermomechanical behavior with ductile damage. A modified Swift model coupled to isotropic ductile damage and thermal effects was used. The forming parameters are introduced using Swift model coefficients and Erichsen index. An inverse identification procedure is applied to non-homogeneous Erichsen test results. Bulge test is then used to validate the identified parameters. Erichsen test (Punch force vs displacement) results were obtained by experimental testing and simulation to build the objective function. Aluminum 1050A plasticity flow parameters and ductile damage variables were identified using a part of Erichsen test results. The remaining part of Erichsen test and bulge test results were used for validation. The numerical approach allowed the detection of failure zones with respect to thermal gradient induced by heat exchange. Within the isothermal condition, equivalent stresses and strains for 1050A Aluminum were obtained by simulations and experimental data.
DOI: 10.6084/m9.figshare.19902288.v1
title: Formability of aluminum 1050A at high temperatures: Numerical modeling and experimental validation

description: Abstract The sheet metals are prone to large plastic deformation during forming processes. The study purpose is to investigate 1050A aluminum sheets thermomechanical behavior with ductile damage. A modified Swift model coupled to isotropic ductile damage and thermal effects was used. The forming parameters are introduced using Swift model coefficients and Erichsen index. An inverse identification procedure is applied to non-homogeneous Erichsen test results. Bulge test is then used to validate the identified parameters. Erichsen test (Punch force vs displacement) results were obtained by experimental testing and simulation to build the objective function. Aluminum 1050A plasticity flow parameters and ductile damage variables were identified using a part of Erichsen test results. The remaining part of Erichsen test and bulge test results were used for validation. The numerical approach allowed the detection of failure zones with respect to thermal gradient induced by heat exchange. Within the isothermal condition, equivalent stresses and strains for 1050A Aluminum were obtained by simulations and experimental data.
DOI: 10.26302/sshade/experiment_cl_20181127_01
title: Ion irradiation ($He^+$) of an Alais meteorite pellet probed by Vis-NIR spectroscopy

description: Vis-NIR spectra of Alais meteorite pellet, before and after ion irradiation at different doses.
DOI: 10.6084/m9.figshare.19902294.v1
title: Diagnosis of the quality of the waters from the micro watershed of the Angico River for irrigation purposes

description: Abstract The present work accomplished a diagnosis of the quality of the surface and underground waters from the micro watershed of the Angico River, aiming to evaluate its use for irrigation. During a period of 11 months of research samples of water were collected fron 9 sources, corresponding to 5 tubular wells with weather vanes, 2 amazon wells and 2 big waterholes in the stream bed. From the 77 samples of water collected, only two sources presented values of the pH (8.60 and 8.89) above the recommendation of the classification of the UCCC (1974). For irrigation, water of excellent quality does not exist in the micro watershed of the Angico River, where the different sources presented low, moderate and severe use restrictions, regarding the salinity risk, however without any restriction of its use as for the risk of the sodification and/or permeability of the water into the soil. The nine studied sources are not appropriate for use by the sprinkler and surface irrigation methods, considering the evaluations of the chloride and sodium parameters which indicated low, moderate and severe restrictions of use.
DOI: 10.6084/m9.figshare.19902294
title: Diagnosis of the quality of the waters from the micro watershed of the Angico River for irrigation purposes

description: Abstract The present work accomplished a diagnosis of the quality of the surface and underground waters from the micro watershed of the Angico River, aiming to evaluate its use for irrigation. During a period of 11 months of research samples of water were collected fron 9 sources, corresponding to 5 tubular wells with weather vanes, 2 amazon wells and 2 big waterholes in the stream bed. From the 77 samples of water collected, only two sources presented values of the pH (8.60 and 8.89) above the recommendation of the classification of the UCCC (1974). For irrigation, water of excellent quality does not exist in the micro watershed of the Angico River, where the different sources presented low, moderate and severe use restrictions, regarding the salinity risk, however without any restriction of its use as for the risk of the sodification and/or permeability of the water into the soil. The nine studied sources are not appropriate for use by the sprinkler and surface irrigation methods, considering the evaluations of the chloride and sodium parameters which indicated low, moderate and severe restrictions of use.
DOI: 10.6084/m9.figshare.19902297.v1
title: The effect of fertirrigation of treated domestics sewages over sanitary quality and okra productivity

description: Abstract In an attempt to find a technique with low risk of disease transmission and high productivity, the objective of this work was the analysis of the performance of sewage treatment systems, evaluating the microbiological and parasithological effluent quality and verifying the effect of their use on irrigation through productivity evaluation and contamination in the cultivation of okra (Abelmoschus esculentus). Effluent from UASB reactor and its post-treatment in a Polishing Pond and Biological Filter were used. The effect of fertirrigation on okra productivity was compared to productivities obtained when crops were irrigated with supply water and when soil were treated with mineral fertilizer. Verification showed that effluent from UASB reactor and the Biological Filter effluents presented results that did not comply with WHO sanitary recommendations, but its posttreatment in a Polishing Pond provided an effluent which did not present helminth eggs and showed a concentration of thermotolerant coliforms below 1.000UFC/100mL. The fertirrigation of cultivations of okra with effluent from Biological Filter and UASB effluent led considerable productivity (25,7 and 24,7 t/ha), but didn’t show a significant difference when compared to okra, which received mineral fertilizer (27,8t/ha). Concluing, is feasible fertirrigation with treated domestic sewage in the semiarid regions, but is necessery to maintain a microbiological and parasitological control periodically.
DOI: 10.6084/m9.figshare.19902297
title: The effect of fertirrigation of treated domestics sewages over sanitary quality and okra productivity

description: Abstract In an attempt to find a technique with low risk of disease transmission and high productivity, the objective of this work was the analysis of the performance of sewage treatment systems, evaluating the microbiological and parasithological effluent quality and verifying the effect of their use on irrigation through productivity evaluation and contamination in the cultivation of okra (Abelmoschus esculentus). Effluent from UASB reactor and its post-treatment in a Polishing Pond and Biological Filter were used. The effect of fertirrigation on okra productivity was compared to productivities obtained when crops were irrigated with supply water and when soil were treated with mineral fertilizer. Verification showed that effluent from UASB reactor and the Biological Filter effluents presented results that did not comply with WHO sanitary recommendations, but its posttreatment in a Polishing Pond provided an effluent which did not present helminth eggs and showed a concentration of thermotolerant coliforms below 1.000UFC/100mL. The fertirrigation of cultivations of okra with effluent from Biological Filter and UASB effluent led considerable productivity (25,7 and 24,7 t/ha), but didn’t show a significant difference when compared to okra, which received mineral fertilizer (27,8t/ha). Concluing, is feasible fertirrigation with treated domestic sewage in the semiarid regions, but is necessery to maintain a microbiological and parasitological control periodically.
DOI: 10.26302/sshade/experiment_cl_20181201_01
title: Ion irradiation ($He^+$) of an Allende meteorite pellet probed by Vis-NIR spectroscopy

description: Vis-NIR spectra of Allende meteorite pellet, before and after ion irradiation at different doses.
DOI: 10.6084/m9.figshare.19902300
title: Growth analysis of the Colored Cotton under application of treated wastewater and biossolids

description: Abstract The present work had as objective to evaluate the effects of different levels of biossolids and treated sewage on the growth and development of the Colored Cotton BRS Rubi. The experimente was conducted in a covered area, belonging to the Program of Research on Basic Sanitation (PROSAB), located in Campina Grande, Paraíba, Brazil. The experimental design was an entirely randomized factorial scheme [(2x3) + 1] with three repetitions and, with the following treatments: three biosolid levels (L1 = 0, L2 = 112,5 e L3 = 225 kg ha-1), and two types of water (W1 = tap water and W2 = treated sewage) and a control composed of chemical manuring. To evaluate the growth and development monthly measurement of plants were performed during a period of 60 days after the sowing, where the following variables were measured: plant height, stem diameter, and foliar area per plant. Under the conditions on which this experiment was accomplished, it was concluded that the levels of biossolid and the types of water promoted significant increase on the studied variables, showing the relevance of their use on the growth and development of the cotton plant.
DOI: 10.6084/m9.figshare.19902300.v1
title: Growth analysis of the Colored Cotton under application of treated wastewater and biossolids

description: Abstract The present work had as objective to evaluate the effects of different levels of biossolids and treated sewage on the growth and development of the Colored Cotton BRS Rubi. The experimente was conducted in a covered area, belonging to the Program of Research on Basic Sanitation (PROSAB), located in Campina Grande, Paraíba, Brazil. The experimental design was an entirely randomized factorial scheme [(2x3) + 1] with three repetitions and, with the following treatments: three biosolid levels (L1 = 0, L2 = 112,5 e L3 = 225 kg ha-1), and two types of water (W1 = tap water and W2 = treated sewage) and a control composed of chemical manuring. To evaluate the growth and development monthly measurement of plants were performed during a period of 60 days after the sowing, where the following variables were measured: plant height, stem diameter, and foliar area per plant. Under the conditions on which this experiment was accomplished, it was concluded that the levels of biossolid and the types of water promoted significant increase on the studied variables, showing the relevance of their use on the growth and development of the cotton plant.
DOI: 10.6084/m9.figshare.19902301.v1
title: Production of irrigated rice seedlings with saline water

description: Abstract The inadequate use of irrigation and drainage practices has contributed for the continuous increase in salinized areas. A great number of researches have conducted dedicated to study salinity effects on the plants, because the saline stress is one of the factors that reduce growth and productivity as well as quality of crops. An experiment was installed under greenhouse conditions in a completely randomized design with the objetive to evaluate the effects of the salinity of the irrigation water on the seedlings production of rice (Oryza sativa L.) cultivar Formoso. Five levels of salinity of the irrigation water were tested - (ECw 0.5; 2.5; 4.5; 6.5 and 8.5 dS m-1, at 25 °C) with 5 replications. Each replication was represented by average of 4 seedlings. The increase in salinity level of the irrigation water affected linearly all the studied variables, (phytomass, root/shoot relationship, plant height, root length and water content), 23 days after sowing - DAS.
DOI: 10.6084/m9.figshare.19902301
title: Production of irrigated rice seedlings with saline water

description: Abstract The inadequate use of irrigation and drainage practices has contributed for the continuous increase in salinized areas. A great number of researches have conducted dedicated to study salinity effects on the plants, because the saline stress is one of the factors that reduce growth and productivity as well as quality of crops. An experiment was installed under greenhouse conditions in a completely randomized design with the objetive to evaluate the effects of the salinity of the irrigation water on the seedlings production of rice (Oryza sativa L.) cultivar Formoso. Five levels of salinity of the irrigation water were tested - (ECw 0.5; 2.5; 4.5; 6.5 and 8.5 dS m-1, at 25 °C) with 5 replications. Each replication was represented by average of 4 seedlings. The increase in salinity level of the irrigation water affected linearly all the studied variables, (phytomass, root/shoot relationship, plant height, root length and water content), 23 days after sowing - DAS.
DOI: 10.6084/m9.figshare.19902303
title: Simplified wastewater treatment allowing compliance to several criteria for reuse

description: Abstract UASB reactors followed by polishing ponds comprise simple and economic wastewater treatment systems, capable of reaching a very high removal efficiency of pathogenic organisms, leading to the potential use of the effluent for unrestricted irrigation. However, for other types of reuse (urban and industrial), ponds are limited in the sense of producing effluents with high suspended solids (algae) concentrations. The work investigates a system with coarse rock filters for polishing the pond effluent. The overall performance of the system is analysed, together with the potential for different types of reuse. The excellent results obtained (mean efluente concentrations: BOD: 27 mg L-1, COD: 97 mg L-1, SS: 26 mg L-1, E. coli: 450 MPN per 100mL) indicate the possibility of unrestricted use of the effluent for agriculture and restricted urban and industrial uses, according to WHO and EPA.
DOI: 10.6084/m9.figshare.19902303.v1
title: Simplified wastewater treatment allowing compliance to several criteria for reuse

description: Abstract UASB reactors followed by polishing ponds comprise simple and economic wastewater treatment systems, capable of reaching a very high removal efficiency of pathogenic organisms, leading to the potential use of the effluent for unrestricted irrigation. However, for other types of reuse (urban and industrial), ponds are limited in the sense of producing effluents with high suspended solids (algae) concentrations. The work investigates a system with coarse rock filters for polishing the pond effluent. The overall performance of the system is analysed, together with the potential for different types of reuse. The excellent results obtained (mean efluente concentrations: BOD: 27 mg L-1, COD: 97 mg L-1, SS: 26 mg L-1, E. coli: 450 MPN per 100mL) indicate the possibility of unrestricted use of the effluent for agriculture and restricted urban and industrial uses, according to WHO and EPA.
DOI: 10.6084/m9.figshare.19902304
title: Water relationships and yield of peanut crop irrigated with saline waters

description: Abstract The presence of sodium in irrigation water affects plant growth due to modifications in ionic balance, water potential, mineral nutrition, photosynthetic efficiency and carbon allocation. The study was carried out under greenhouse conditions to verify the effects of irrigation water salinity on behavior of peanut crop. Five levels of irrigation water salinity in terms of electrical conductivity were tested (0.4; 1.5; 3.0; 4.5 and 6.0 dS m-1, at 25 °C) in two cultivars, BR-1 and L-7. The study was conducted in a 5x2 completely randomized factorial design, with six replications. The water content, consumption and water use efficiency were evaluated as well as the number of fruits and phytomass that, in general, decreased with increasing water salinity. In the highest salinity level, the number of fruits was reduced by 11.36%; fruit, seed and 10 seed phytomass decreased by 16.68, 17.87 and 36.48%, respectively.
DOI: 10.6084/m9.figshare.19902304.v1
title: Water relationships and yield of peanut crop irrigated with saline waters

description: Abstract The presence of sodium in irrigation water affects plant growth due to modifications in ionic balance, water potential, mineral nutrition, photosynthetic efficiency and carbon allocation. The study was carried out under greenhouse conditions to verify the effects of irrigation water salinity on behavior of peanut crop. Five levels of irrigation water salinity in terms of electrical conductivity were tested (0.4; 1.5; 3.0; 4.5 and 6.0 dS m-1, at 25 °C) in two cultivars, BR-1 and L-7. The study was conducted in a 5x2 completely randomized factorial design, with six replications. The water content, consumption and water use efficiency were evaluated as well as the number of fruits and phytomass that, in general, decreased with increasing water salinity. In the highest salinity level, the number of fruits was reduced by 11.36%; fruit, seed and 10 seed phytomass decreased by 16.68, 17.87 and 36.48%, respectively.
DOI: 10.48370/ofd/cbdyae/nmc3vc
title: m-1511.tif

description: :unav
DOI: 10.48370/ofd/cbdyae/melz8s
title: 1511.S3Dm

description: :unav
DOI: 10.48370/ofd/cbdyae/ueoja6
title: FMW Fomitoporia punctata (Fries ex P. Karsten) Murill M-1511 (2).JPG

description: :unav