Genus Research Articles

Analysis of the Use of Gen Z Terminology on the Purchase of Fashion Trends of Jims Honey Products on the Tiktok Platform

The study aims to find out the level of use of the term gen z in the TikTok platform towards the purchase of Jims Honey fashion products. The research was also made to find out what words Jims Honey uses in their fashion content on TikTok. The information in this study was obtained by listening to words or terms written on TikTok social media videos. The method used in the study is the Qualitative Descriptive Method. Information processing is carried out using documentation on the TikTok platform. This study was also made to determine the influence of the use of the term gen z or slank language on costumer purchase decisions. The results of this study show that the level of use of the term gen z in the TikTok platform increases the attractiveness and interest of consumers or costumers in purchasing fashion trends on Jims Honey products.

Asclepiadaceae of Maharashtra

Family Asclepiadaceae is represented by 250 genera and ca 3000 species mainly distributed in tropical and subtropical regions of the world. It is represented by 43 genera and ca 243 species in India, of which, 31 genera, 82 species, 2 subspecies and 7 varieties are known from the State of Maharashtra. The family is well known for endemism, most elaborate complicated flower of all the dicots and contrivances for pollination. Most of the members of the family are restricted in distribution and many of them fall under some IUCN categories of rare plants. Many of the species are not available for taxonomic studies due to rarity of plant materials. Similarly fleshy nature of flowers makes it difficult to study floral structure in dried herbarium specimens. During last decade, deliberate attempts were made to collect asclepiads of Maharashtra and study their characters in fresh and prickled liquid preserved materials. During 10 years intensive survey of asclepiads of Maharashtra, about 63 species of the total 82 species reported for the State have been collected, documented, photographed, studied and reported in the present paper. The genus Ceropegia alone accounts for 24 species and 2 varieties for the state. Photographs of asclepiad flowers are found to be of paramount value in easy identifications than their descriptions. The paper gives an account of Asclepiads of Maharashtra, their distribution and present field status.

Megaspore Succession through the Raniganj-Panchet Transition in the Raniganj Coalfield, India

Megaspores from the uppermost horizon of Raniganj Formation and the lowermost strata of Panchet Formation exposed in the Raniganj Coalfield, West Bengal, have been analysed both qualitatively and quantitatively. The assemblage recovered from the Raniganj Formation qualitatively comprises Banksisporites psilatus (Bharadwaj & Tiwari) comb, nov., B. panchetensis (Maheshwari & Banerji) Banerji et al ., Biharisporites maiturensis Maheshwari & Banerji, B. raniganjensis sp. nov. and Maiturisporites indicus Maheshwari & Banerji. The genus BIHARISPORITES is the most commonly occurring from in this assemblage. The Maitur Member of Panchet Formation yields Banksisporites panchetensis (Maheshwari & Banerji) Banerji et al., B. gondwanensis Maheshwari & Banerji, B. granulosus Maheshwari & Banerji, Biharisporites maiturensis Maheshwari & Banerji, B. luguensis Pal et al., Verrutriletes obscurus (Maheswari & Banerji) Banerji et al., V. distinctus (Maheshwari & Banerji) Banerji et al., Talchirella sinuata Maheshwari & Banerji, T. dubia Maheshwari & Banerji, T. flavata (Kar) Bharadwaj&Tiwari, Pantiella bosei Maheshwari & Banerji, P. bharadwajii Maheshwari&Banerji, P. maheshwarii sp. nov., Maiturisporites indicus Maheshwari & Banerji, M. distinctus Maheshwari & Banerji, M. spinotriletus Maheshwari & Banerji and M. banerjii sp. nov. Some abnormal forms with tetralete sutures have also been recovered from this horizon. Maitur assemblage is characterized by the preponderance of the genus MAITURISPORITES followed by BANKSISPORITES.

Pollen Morphology of Nymphaeaceae (S.L.)

Eleven taxa of the Nymphaeaceae (s. l.) belonging to five genera viz., BRASENIA , EURYALE , NYMPHAEA, NELUMBO and VICTORIA were examined for the present study. NELUMBO pollen is quite distinct from other genera of Nymphaeaceae in having 3-zonocolpate apertures and reticulate exine. In VICTORIA pollen are shed as permanent tetrads, while in BRASENIA, EURYALE and NYMPHAEA pollen are produced as monads. The pollen grains are l-(2)-aperturate, zoni or zonasulculate and hetero-or iso-polar. Exine surface is spinate, tuberculate, verrucate, granulate or psilate. The application of pollen characters within the family is discussed.

Careya Roxb. in India

The genus Careya Roxb ., was established by Roxburgh, for two species of plants from Coromandel Coast and Bengal. Taxonomy and distribution are famished in this note.

Blue-Green Algal Flora on Archaeological Monuments of India

Forty-six blue-green algal species belonging to fifteen genera, e.g. Gloeocapsopsis, Gloeothece, Myxosarcina, Chroococcidiopsis, Lyngbya, Phromidium, Plectonema, Nostoc, Calothrix, Tolypothrix, Chtorogloeopsis, Fischerella, Hapalosiphon, Westiellopsis and Stigonema occurred on the exposed surfaces of various archaeological monuments from different regions of India. All these blue-green algal species have been isolated and maintained in the culture collection at the Department of Botany, Utkal University.

Medicinal and Aromatic Weed Diversity in Botanic Garden and their Sustainable Utilisation for Conservation

Total 81 weeds belonging to 59 genera and 31 families growing in the University botanic garden at Sagar were found medicinally important. Various parts of all the weeds have been analyzed for their medicinal utility. Out of 81 weeds, leaves of 64 plants are found useful for various disorders. This is followed by root of 25 plants which are medicinally important. Disease wise analysis has also been carried out. Analysis reveals that for cut, wounds, boils and burns about 29 weed plants are used, whereas 21 weed species each are used for asthma and skin diseases.

Sexual Dimorphism in Caesalpinia platyloba Watson

Heterostyly and gynodioecism have been found in Caesalpinia platyloba Watson, and this is a new record for section Coulteria of the genus Caesalpinia L. The morphology and fertility of short-and long-style flower types are described and discussed their taxonomic significance.

A Note on Medico-Ethnobotany of Vijaygarh (Khargone) Madhya Pradesh

Medicoethnobotanical work of Vijaygarh and its neighbourhood is presented. In all, 26 species belonging to 25 genera and 18 families are reported, which are used by the tribals in the treatment of various diseases. Correct identification, local names and plant parts used are mentioned in each case.

Traditional Herbal Remedies among the Bhilalas of West Nimar District, M.P, India

Traditional herbal remedies common among the Bhilalas of West Nimar district of Madhya Pradesh are reported. In all 29 species belonging to 28 genera and 21 families are recorded. Their correct scientific names, local names, parts used and mode of administration are mentioned for each plant.

A Revision of the Indian Aponogetonaceae

Unigeneric family Aponogetonaceae, represented by about 44 species of Aponogeton L. f. is distributed in tropics and subtropics of the Old World. The genus Aponogeton is represented by 7 species in India. Detailed taxonomic account including synonymy, morphology, phenology, distribution, ecology, taxonomic note if any, chromosome number and key to the Indian species of Aponogeton is presented in this paper.

A Contribution to the Flora of Shivpuri, Madhya Pradesh

The paper deals with the flora of unexplored Shivpuri district of Madhya Pradesh as observed by the author during the year 1965 to 1967. The vegetation of this area is thorny scrub type. The collection made include 416 species in 311 genera belonging to 91 families.

A Conspectus of the Families Podostemaceae and Tristichaceae

Recent literature is reviewed and additional evidences presented to support Willis who had split podostemaceae into two families, Podostemaceae sensu stricto and Tristichaceae. In view of the available embryological and anatomical evidences it is suggested that further studies should precede attempts to trace the ancestry of these families to Crassulaceae or Saxifragaceae. Keys and distribution data for the genera of Tristichaceae and Indian Podostemaceae are given.

Notes on Indian Grasses-Proliferation in some more Genera

No Abstract.

A Study on Awareness and Acceptance for Use of Gen Z Learning Tools in Teaching among the Arts and Science College Teachers in Tiruchirappalli

Since ancient times, the teaching and learning process has continued to evolve. The curriculum is revised in accordance with societal requirements and technological availability. People who have greater exposure to current technologies use them in every aspect of their daily lives. The present study examines the understanding and acceptance of Gen Z learning technologies among college teachers, who fall into the millennial group. The study’s findings demonstrate that teachers are fully aware of ICT technologies at different educational levels. The researcher has developed hypotheses and used Chi-square tests, Regression and Correlation were used to analyze the hypotheses in order to identify these factors. According to the study’s findings, all of the teachers have knowledge about ICT resources, and all they require is a technologically advanced campus setting.

Low-Dimensional Invariant Embeddings for Universal Geometric Learning

AbstractThis paper studies separating invariants: mappings on D-dimensional domains which are invariant to an appropriate group action and which separate orbits. The motivation for this study comes from the usefulness of separating invariants in proving universality of equivariant neural network architectures. We observe that in several cases the cardinality of separating invariants proposed in the machine learning literature is much larger than the dimension D. As a result, the theoretical universal constructions based on these separating invariants are unrealistically large. Our goal in this paper is to resolve this issue. We show that when a continuous family of semi-algebraic separating invariants is available, separation can be obtained by randomly selecting $$2D+1 $$ 2 D + 1 of these invariants. We apply this methodology to obtain an efficient scheme for computing separating invariants for several classical group actions which have been studied in the invariant learning literature. Examples include matrix multiplication actions on point clouds by permutations, rotations, and various other linear groups. Often the requirement of invariant separation is relaxed and only generic separation is required. In this case, we show that only $$D+1$$ D + 1 invariants are required. More importantly, generic invariants are often significantly easier to compute, as we illustrate by discussing generic and full separation for weighted graphs. Finally we outline an approach for proving that separating invariants can be constructed also when the random parameters have finite precision.

An Iris Instance for Verifying CompCert C Programs

Iris is a generic separation logic framework that has been instantiated to reason about a wide range of programming languages and language features. Most Iris instances are defined on simple core calculi, but by connecting Iris to new or existing formal semantics for practical languages, we can also use it to reason about real programs. In this paper we develop an Iris instance based on CompCert, the verified C compiler, allowing us to prove correctness of C programs under the same semantics we use to compile and run them. We take inspiration from the Verified Software Toolchain (VST), a prior separation logic for CompCert C, and reimplement the program logic of VST in Iris. Unlike most Iris instances, this involves both a new model of resources for CompCert memories, and a new definition of weakest preconditions/Hoare triples, as the Iris defaults for both of these cannot be applied to CompCert as is. Ultimately, we obtain a complete program logic for CompCert C within Iris, and we reconstruct enough of VST's top-level automation to prove correctness of simple C programs.

On the topological category of neutrosophic crisp sets

In this work, we explicitly characterize local separation axioms as well as generic separation axioms in the topological category of neutrosophic crisp sets, and examine their mutual relationship. Moreover, we characterize several distinct notions of closedness, compactness and connectedness in NCSet, and study their relationship with each other.

Facet-generating procedures for the maximum-impact coloring polytope

Given two graphs G = ( V , E G ) and H = ( V , E H ) over the same set of vertices and given a set of colors C , the impact on H of a coloring c : V → C of G , denoted I ( c ) , is the number of edges i j ∈ E H such that c ( i ) = c ( j ) . In this setting, the maximum-impact coloring problem asks for a proper coloring c of G maximizing the impact I ( c ) on H . This problem naturally arises in the context of classroom allocation to courses, where it is desirable – but not mandatory – to assign lectures from the same course to the same classroom. In a previous work we identified several families of facet-inducing inequalities for a natural integer programming formulation of this problem. Most of these families were based on similar ideas, leading us to explore whether they can be expressed within a unified framework. In this work we tackle this issue, by presenting two procedures that construct valid inequalities from existing inequalities, based on extending individual colors to sets of colors and on extending edges of G to cliques in G , respectively. If the original inequality defines a facet and additional technical hypotheses are satisfied, then the obtained inequality also defines a facet. We show that these procedures can explain most of the inequalities presented in a previous work, we present a generic separation algorithm based on these procedures, and we report computational experiments showing that this approach is effective.

Using Recyclable Materials Does Not Necessarily Lead to Recyclable Products: A Statistical Entropy-Based Recyclability Assessment of Deli Packaging

The increasing attention to reduce plastic waste drives the design of products containing fewer plastics. Deli packaging is such a product, ranging from solely plastic packaging to relatively new paperboard-plastic composites. In this research, the main objective is to quantify the recyclability of different deli packaging types and evaluate the effectiveness of recycling instructions. Therefore, we combine statistical entropy calculations (for the compositional complexity) with energy calculations from generic sorting and separation processes (i.e., the energy required to separate the products into their chemical substances). Deli packaging samples have been collected, categorized, weighed, and dismantled. The results indicate that the use of paperboard may be slightly better than using solely plastics when one evaluates on a product-level basis. However, since the product types are likely to disturb each other’s waste streams, the analysis should be extended to the whole waste stream in order to fully gauge their impact. Recycling instructions for consumers were found to, in some cases, increase the complexity of monostreams (i.e., plastic and paperboard fractions after dismantling). Although this is evident, for the first time, we develop and apply simple quantitative metrics to describe innate recyclability. The methodology allows one to support design-for-recycling decisions for more complicated systems.