Stability Analysis For Yield And Yield Contributing Characters Of Tomato Under High Temperature Conditions

The current study was aimed at evaluating the stability of tomato yield and yield-contributing characteristics during three sowing intervals (February, March, and April) under high-temperature regimes, Pooled analysis of variance was performed on twenty-five genotypes, including eight parents, fifteen hybrids, and two checks, for seventeen agronomic traits. Except for plant height, ANOVA findings have revealed substantial differences among tomato genotypes, with environmental conditions playing a major role on genotype performance. The genotypes differed significantly in terms of days to 50% flowering, number of flowers per cluster, and fruit length, indicating significant variability among growing seasons. Furthermore, root length showed significant genotype x environment interactions, whereas the remaining variables are found non-significant. Among the three sowing intervals, February sowing (1st interval) was found to be the most beneficial environment for tomato growth, yield, and quality features, with the highest positive environmental indices for the majority of growth, yield, and quality contributing traits. In contrast, the April sowing period (3rd interval) was found to be most unfavorable, with the highest negative environmental indices for the traits studied. This study underlined the significant influence of environmental factors on the performance of tomato genotypes, in terms of multiple yield and yield-contributing attributes. The findings emphasize the importance of choosing the optimum sowing interval, with February as the most favorable season for cultivating tomatoes in the present study location under high-temperature conditions. These findings would help to guide the decision-making process in similar agro-climatic regions to improve the tomato output and quality

A study on Seed germination of Cassia alata Linn an antiallergenic plant

Cassia alata known as candle bush or Ringworm tree belongs to Cesalpinaceae family, which was found in diverse habitats in the tropics. C. alata leaves containing some chemical substances like chrysophanic acid, is a common ingredient in soaps, shampoos and lotions. The effectiveness of this plant against skin diseases is confirmed by modern scientific studies. The seed germination was gradually decreased by increasing the age of the seeds. Seed propagation is still used as a specialized tool for breeding purposes and for the propagation of pathogen-free plant material

Micropropagation of Crotalaria laburnifolia L. – An ethnomedicinally important herbal species

A protocol for in vitro shoot multiplication in Crotalaria labumifolia L. through nodal explants was established. Excision and culture of the nodal segments from in vitro developed shoots on fresh MS medium with concentration of BA (1mg/1) facilitated development of multiple shoots. Subsequent cultures enhanced the rate of shoot proliferation. Shoots cultured on ½ MS medium containing NAA (0.5 mg/1) initiated roots well compared with IBA and this is the most suitable protocol studied in C. labumifolia. The present study is the first report on in vitro regeneration in this species&nbsp

Mitigation of Insider Attacks through Multi-Cloud

The malicious insider can be an employees, user and/or third party business partner. In cloud environment, clients may store sensitive data about their organization in cloud data centers. The cloud service provider should ensure integrity, security, access control and confidentiality about the stored data at cloud data centers. The malicious insiders can perform stealing on sensitive data at cloud storage and at organizations. Most of the organizations ignoring the insider attack because it is harder to detect and mitigate. This is a major emerging problem at the cloud data centers as well as in organizations. In this paper, we proposed a method that ensures security, integrity, access control and confidentiality on sensitive data of cloud clients by employing multi cloud service providers. The organization should encrypt the sensitive data with their security policy and procedures and store the encrypted data in trusted cloud. The keys which are used during encryption process are again encrypted and stored in another cloud area. So that organization contains only keys for keys of encrypted data. The Administrator of organization also does not know what data kept in cloud area and if he accesses the data, easily caught during the auditing. Hence, the only authorized used can access the data and use it and we can mitigate insider attacks by providing restricted privileges

Rapid and Efficient N-tert-butoxy carbonylation of Amines Catalyzed by Sulfated Tin Oxide Under Solvent-free Condition

A straightforward, rapid, and efficient protocol for the N-tert-butoxy carbonyl (N-Boc) protection of amines (aromatic, aliphatic) using sulfated tin oxide catalyst is illustrated. N-Boc protection of various amines was carried out with (Boc)2O using sulfated tin oxide as a catalyst at room temperature under solvent-free conditions. Rapid reaction times, ease of handling, cleaner reactions, easy work-up, reusable catalyst, and excellent isolated yields are the striking features of this methodology which can be considered to be one of the better methods for the protection of amines and alcohols. DOI: http://dx.doi.org/10.17807/orbital.v10i7.115

Micropropagation of <i>Stachytarpheta jamaicensis</i> (L.) Vahl—A medicinally important plant

105-107An in vitro-protocol for micropropagation of Stachytarpheta jamaicensis (L.) Vahl was developed through nodal explants. Murashige and Skoog (MS) medium with BA 0.5 mg/L and IBA 0.5mg/L was found to be the best for multiple shoot formation from nodal explants. The maximum response of shoot induction was observed on a medium containing 1.0 mg/L Kn. The regenerated shoots were excised and transferred to rooting medium containing IBA at different concentrations. Highest of 84% rooting was observed at 0.5 mg/L level of IBA and BA. The in vitro derived plantlets were hardened and acclimatized in soil. About 75% of plantlets survived in the field condition

PERFORMANCE EVALUATION OF EMU FEATHER FIBER REINFORCED POLYMER COMPOSITES

The use of composite materials in engineering field is increasing the value of day by day. A composite material is a materials system composed of a combination of two or more micro or macro constituents that differ in form and chemical composition and which are essentially insoluble in each other. It consists of mainly two phases, i.e., Matrix and Fiber. The fibers ma

A New Subclass of Analytic Functions Related to Mittag-Leffler Type Poisson Distribution Series

The object of this work is to an innovation of a class k−U~STsℏ,υ,τ,ι,ς in Y with negative coefficients, further determining coefficient estimates, neighborhoods, partial sums, convexity, and compactness of this specified class