Systematic Problems Research Articles

Effects of a Problem-Solving Team Consultation on the Problem-Solving Process: An Evaluation of Concept Knowledge, Implementation Integrity, and Student Outcomes

ABSTRACT We examined the outcomes of elementary school-based problem-solving teams (PSTs) who participated in a multi-component consultation focused on enhancing systematic problem solving. Consultation provided to each PST included training in the use of a problem-solving protocol (i.e., Outcomes: Planning Monitoring, and Evaluating [Outcomes: PME]) and subsequent performance feedback and training regarding team use of the protocol. A train-the-trainer model was used whereby researchers trained school psychologists to deliver the intervention and serve as coaches on the PSTs. At baseline, all three PSTs demonstrated low (i.e., <50%) problem-solving procedural integrity (i.e., the degree to which critical components of the problem-solving process were implemented), often scoring lowest for problem-solving components related to data collection and analysis (e.g., treatment integrity, progress monitoring, and pre-post intervention data). Each PST demonstrated increased problem-solving integrity following implementation of the first intervention component, problem-solving information and Outcomes: PME training. Procedural integrity also increased for the two PSTs that received the second intervention component, performance feedback. An increase in procedural integrity was not found for one PST that received the third intervention component, targeted consulting; however, data collection was incomplete. Results are discussed in terms of future research priorities to examine consultation that promotes the use of quality team problem-solving components.

Sociable Space and Social Policies in Iranian Urban Local Communities

Changes in the spatial arrangement and dominant social processes of urbanization over the past few decades in Iran have failed to allow communities to shape their social interactions. This paper is a synthesis of a quantitative and qualitative study of community responses aimed at creating good social spaces within local communities in Tehran. First, we identified Perceived Residential Environment Quality indicators (PREQ) as tools for determining the effects of environmental quality (EQ) of sociable spaces. Then key social governance-­related concerns were studied on the basis of five questions including: Are the decision-­making and regulatory processes open, rigorous and accountable? Is the environmental quality assessment process adequate? Does the government have the intention and capacity to monitor and enforce regulations? Has the interaction of community members in decisions been timely and have local actors been significantly involved? Have local governments been included in decision making? It is observed that community residents identified systematic gaps and problems in decision-­making processes and sometimes even used them to advance individual interests, because they do not feel that they are dealt with justice and see the current laws as depriving them of access to more resources. In many cases, regulatory protections and assessments of social and environmental values lagged behind the physical construction. Administrative bureaucracies without creating a real participation have been increased. Overall, we argue that as a common ground, environmental activities can bring together people in the local community but when such functioning systems are put in place to ensure community engagement. So, despite extensive formal endorsement, they should provide for an effective as opposed to a symbolic involvement of stakeholders other than governmental authorities.

Will the genomics revolution finally solve the Salmo systematics?

On one hand, studies on Salmo biological variations during the last centuries have led to the morphological description of several Salmo species (> 50). On the other hand, Salmo trutta is seen as a polymorphic species, i.e. including populations with different morphotypes and ecotypes, subdivided into nine genetically divergent evolutionary lineages. For 30 years, phylogeographic and phylogenetic investigations tried to solve the Salmo systematic problem using the mitochondrial control region, sometimes combined with other mitochondrial (e.g. protein-coding region or rRNA genes) or nuclear (e.g. allozymes or microsatellites) markers. With the advent of high-throughput next-generation sequencing, complete mitogenomes were made available for Salmo phylogenetic studies. Even better, complete genome or chromosomes with annotations as well as genes of interest can now be loaded from public database. However, in the genomic era, some challenges still need to be addressed such as an appropriate taxon sampling or the identification of orthologous genes before having an accurate phylogeny. In the present review, I examine how traditional molecular markers contributed to our knowledge of trout systematics, and what we can expect from the genomics revolution.

A family system based evolutionary algorithm for obstacle-evasion minimal exposure path problem in Internet of Things

Barrier coverage in wireless sensor networks (WSNs) is a well-known model for military security applications in IoTs, in which sensors are deployed to detect every movement over the predefined border. The fundamental sub-problem of barrier coverage in WSNs is the minimal exposure path (MEP) problem. The MEP refers to the worst-case coverage path where an intruder can move through the sensing field with the lowest capability to be detected. Knowledge about MEP is useful for network designers to identify the worst coverage in WSNs. Most prior research focused on this problem with the assumption that the WSN has an ideal deployment environment without obstacles, causing existing gaps between theoretical and practical WSNs systems. To overcome this drawback, we investigate a systematic and generic MEP problem under real-world environment networks by presenting obstacles called Obstacle-Evasion-MEP (hereinafter OE-MEP). We propose an algorithm to create several types of arbitrary-shaped obstacles inside the deployment area of WSNs. The OE-MEP problem is an NP-Hard with high dimension, non-differentiation, non-linearity, and constraints. Based upon its characteristics, we then devise an elite algorithm namely Family System based Evolutionary Algorithm (FEA) with our newly-proposed concepts of Family System, tailored to efficiently solve the OE-MEP. We also build an extension to a custom-made simulation environment to integrate a variety of network topologies as well as obstacles. Experimental results on numerous instances indicate that the proposed algorithm is suitable for the converted OE-MEP problem and performs better in solution accuracy than existing approaches.

Relationship between cultural intelligence and learning organization

Human capital is one of the critical resources for organizations around the world, and it requires significant learning and development (L&amp;D) investments as a structured approach to become a learning organization. The study evaluates the relationship between cultural intelligence and learning organization by analyzing 364 responses received from employees-working across Indian organizations from varied sectors. The dimensions used for measuring learning organization in the study are – information sharing and accessibility, systematic problem solving, acceptance of error and experimenting with new approaches. Results demonstrate a significant positive relationship between learning organization and its four dimensions and cultural intelligence. The findings have implications for organizations to inculcate learning organization disciplines for improved cultural intelligence while also bridging the gap in the existing literature.

The UK Productivity “Puzzle” in an International Comparative Perspective

The UK’s slow productivity growth since 2007 has been referred to as a “puzzle”, as if it were a particularly UK-specific challenge. In this paper, we highlight how the United States and northern Europe experienced very similar slowdowns. The common slowdown in productivity growth was a slowdown in total factor productivity (TFP) growth; we find little evidence that capital deepening was an important independent factor. From a conditional-convergence perspective, most of the UK slowdown follows from the slowdown at the U.S. frontier. From the mid-1980s to 2007, the UK’s relative productivity level moved closer to the level of the U.S. and northern Europe, driven by essentially complete convergence in market services TFP. In contrast, manufacturing lost ground relative to the U.S. frontier prior to 2007, and remains far below the frontier. The relative ground lost after 2007 is modest—cumulating to about 4 percentage points—and is largely attributable to somewhat unfavorable industry weights and industry-specific issues in mining, rather than a systematic UK competitiveness problem.

Problemi priznanja Islamske vjerske zajednice u Austriji / Problems of recognition of the Islamic Community in Austria

Starting with the description of the often neglected relativization, doubts and common misconceptions regarding the legal recognition of the Islamic Community in Austria the author sees a manifestation of the same problem in the new Islam Act of 2015. In a first step the article therefore examines as usual the guarantees of constitutional law with regard to legal recognition and systematic problems regarding the case of the Islamic Community. However, by referring to a quite unknown decision of the Higher Regional Court of Linz from 1961, the author questions the common narrative of the genesis of the Islamic Community in Austria, establishes a historical and legal connection to the Islamic Community in Bosnia and Herzegovina and introduces an alternative approach to the problem of recognition of the Islamic Community.

An Intensity Mapping Constraint on the CO-galaxy Cross-power Spectrum at Redshift ∼3

Abstract The abundance of cold molecular gas plays a crucial role in models of galaxy evolution. While deep spectroscopic surveys of CO emission lines have been a primary tool for measuring this abundance, the difficulty of these observations has motivated alternative approaches to studying molecular gas content. One technique, line intensity mapping, seeks to constrain the average molecular gas properties of large samples of individually undetectable galaxies through the CO brightness power spectrum. Here we present constraints on the cross-power spectrum between CO intensity maps and optical galaxy catalogs. This cross-measurement allows us to check for systematic problems in CO intensity mapping data, and validate the data analysis used for the auto-power spectrum measurement of the CO Power Spectrum Survey. We place a 2σ upper limit on the band-averaged CO-galaxy cross-power of P × &lt; 540 μK h−3 Mpc3. Our measurement favors a nonzero 〈T CO〉 at around 90% confidence and gives an upper limit on the mean molecular gas density at z ∼ 2.6 of 7.7 × 108 M ⊙ Mpc−3. We forecast the expected cross-power spectrum by applying a number of literature prescriptions for the CO luminosity–halo mass relation to a suite of mock light cones. Under the most optimistic forecasts, the cross-spectrum could be detected with only moderate extensions of the data used here, while more conservative models could be detected with a factor of 10 increase in sensitivity. Ongoing CO intensity mapping experiments will target fields allowing for extensive cross-correlation analysis and should reach the sensitivity required to detect the cross-spectrum signal.

A Different Approach To The Chromosome Classification of Three Lallemantia Fisch. &amp; C.A. Mey. Species By Using Local Binary Pattern (LBP)

The traditional karyotype studies are widely used in plant systematics to evaluate the positions of species. However, studies sometimes can not solve systematic problems. In recent years, computer-based systems have gained importance in contributing to the solution of the taxonomical problems. The aim of this study was to identify three Lallemantia species by using the LBP (local binary pattern) texture operator based on chromosome images in mitosis. LBP is the one of the most powerful and easily applicable tool for identifying local image patterns. In this study, microphotographs of 641 cells in the metaphase stage of mitosis were used. The LBP involves preprocessing, feature extraction, feature selection, and classification. Decision tree (DT), linear discriminant (LD), support vector machine (SVM), K-nearest neighbor (KNN), bagged tree (BT) and ensemble subspace nearest neighbor (SNN) were used in the classification stage. This study found that the best acting classifier was SNN because achievement rate was one hundred percent. Also, a dendrogram was formed to measure the similarity among the three species. As a result, LBP can be accepted as a tool for classifying plants by using chromosome images.

Assessment of Heavy Metals in Fruits and Vegetables Collected from Bareilly Local Market, Uttar Pradesh State, India

Abstract: Heavy metals are among the contaminating agents of our food supply, and the main source of metals or the media through which living beings get exposed to various toxic metals is food and water. The concentration of heavy metals in plants is essential for good health and growth of human and animals but should be within permissible limits. Various natural and anthropogenic factors are responsible for excess metal concentration in crops. Dietary heavy metals such as cadmium, lead, arsenic, mercury can be harmful to biota as their excessive accumulation in human body can lead to systematic health problems. Fruits and vegetables are main component in diet after cereals. Hence the present study aimed to determine Aluminium (Al), Arsenic (As), Cadmium (Cd), Lead (Pb) and Mercury (Hg) content in mostly consumed vegetables (onion, potato, taro root, spinach, taro root leaves, beans, jackfruit and pumpkin) and fruits (blackberry, mango and pears) during summers in Bareilly City, Uttar Pradesh. These food samples were collected from local vendors and shops from four different market sites of the city. The samples were analysed using atomic absorption spectrophotometer and the obtained results were compared with safe limits set by different national and international agencies. Based on the data we conclude that concentrations (mg/kg dry weight) of As, Pb and Hg for all samples and Al and Cd for most of the food stuffs were found exceeding the allowable limits causing potential health risk to consumers of present study area. Elevated levels of these metals in food stuffs might be due to various factors such as usage of industrial and disposal waste water for irrigation, municipal and urban runoff, fertilizers, pesticides, that contaminates the soil and hence crops absorb those metals. Some cultivation areas get exposed to atmospheric pollution found near highways, in form of metal containing aerosols. Other factors can be exposure to pollution during transportation and marketing. The prolonged consumption of unsafe concentration of metals is an alarming public health concerns, considering that metals can accumulate in organism and show negative effects by causing various disruptions of numerous biochemical processes and therefore leading to acute and chronic health outcomes. Such foodstuffs should be avoided in the diet and a regular monitoring is required to avoid the health risk among humans. Keywords: heavy metal, contamination, concentration, food sample, human, toxicity

Theology, Religion, Culture. Reflections on Systematic Theology following Paul Tillich

Following Paul Tillich, the article sketches the basic lines of a systematic theology of modern culture in the age of religious pluralism. It begins with a brief reconstruction of the systematic foundations of Tillich’s theory of culture from the 1919 draft Rechtfertigung und Zweifel. Then, the systematic problems of Tillich’s theology of culture, which primarily concern his concept of religion, are discussed. In order to resolve these difficulties, it is proposed to understand religion as a self-referential, self-aware, and in itself structured communication event, as well as to dispense with a general concept of religion, as Tillich advocates it. On this basis, the concluding third section of the paper elaborates basic features of a systematic theology of culture which takes up Tillich’s intention, giving it not only a different justification, but also a different direction.

The impact of COVID-19 pandemic on public engagement approaches to disaster preparedness for foreign residents: case of Tokyo Metropolitan Area, Japan

PurposeForeign residents in Japan are classified as one vulnerable group at risk of disasters. Therefore, various measures are in place to engage, educate and offer first-hand experiences of disaster countermeasures required to overcome systematic disaster preparedness problems. However, the need for Japan to prevent the spread and infection of COVID-19 has necessitated measures that prohibit public gatherings and other social activities. This study aims to look at how these arrangements have impacted public engagement approaches to disaster preparedness for foreign residents within the Tokyo Metropolitan Area.Design/methodology/approachThis study identifies local organizations and examines their methods of engagement that enhance the disaster preparedness of foreign residents in the Tokyo Metropolitan Area. The activities are examined in the context of when there was no COVID-19 pandemic and the current state of the pandemic. A change in activities attributed to the COVID-19 pandemic is then extracted and explained through field surveys and interviews with the relevant organization.FindingsThis study reveals that most disaster preparedness activities were best accomplished through in-person engagements. Nevertheless, online engagements have become the alternative option because of COVID-19 infection prevention. This change has widen the coverage of some activities but major setbacks include events cancelations and technical and technological challenges attributed to using online platforms.Research limitations/implicationsThis study did not examine the effectiveness of pre-COVID-19 pandemic engagement approaches and current changes attributed to the pandemic; many public engagement literatures acknowledge success to include the number of participants, the abilities of organizations to find ways to effectively and positively engage their stakeholders for meaningful partnerships, the number of clicks, access to a website and comments made online. Therefore, as organizations in this study have shown a glimpse of the above characteristics, there are indications of some level of effectiveness in their engagement approaches even amid a pandemic.Practical implicationsTo avoid such situations in the future, there is the need for the Tokyo Metropolitan Government, local governments and associated organizations to develop public engagement approaches that are flexible to resist or cope with in-person, remote encounters, or sudden circumstances that could potentially derail planned activities.Social implicationsThe most effects attributed to the COVID-19 pandemic are the cancelation of many disaster drill exercises, community disaster walks, training of volunteers for foreign residents’ assistance and many hours of “Yasashii Nihongo” lesson. The cancelation of activities is a setback to the efforts of self-help and mutual aid campaigns by authorities to reduce the impacts of disasters.Originality/valueThe spirit of inclusion has been an embodiment of disaster management approaches in Japan for years for which policy recognitions have been tagged along the dimensions of public aid, self-help and mutual aid. These are aimed at engaging the populace, especially foreign residents in disaster training and exercises, language study and other communal activities for disaster preparedness. However, to prevent the spread of COVID-19, there have been a series of restrictions on gathering and inter-personal public engagement activities in Japan. As foreigners are classified as the most vulnerable to disaster in Japan, it is important to understand how these restrictions will/are affecting the efforts of integration and disaster preparedness, which are a crucial part of the Government’s effort to reduce casualties and damage in the anticipated Nankai megathrust earthquake. Besides the results being useful for government interventions, it also adds to the knowledge of the repercussion of COVID-19 and how to plan for emergencies.

The Rise of International Health Law

INTRODUCTION. Over the past decades under the influence of demographic processes, economic shocks, morbidity increase and other systemic problems a whole spectrum of threats to health has gradually formed at the international level, characterized by severe socio-economic consequences for each country regardless of the welfare level. Today, the challenges of ensuring universal coverage of services, access to safe, quality medicines, control of health care costs, effective response to health emergencies, antibiotic resistance are not limited by the WHO regulations, but are included in the agenda of the UN, ILO, FAO and other intergovernmental organizations. The need to form a unified approach to regulate activities of numerous participants in international healthcare regulation has served as an incentive for the gradual development of international legal regulation of the field of health protection, becoming the subject of study by leading legal scholars, as well as international organizations. The presented article provides a comprehensive analysis of the main historical stages in the development of international cooperation in the field of health protection, which served as the basis for the formation of international health law in the field of health protection as a new branch of international law. Special attention in the article is paid to the assessment of the role of globalization processes in changing the nature of threats to human and public health and their impact on the formation of global health governance concept. Based on the systemic problems that emerged during the COVID-19 pandemic, the author formulated the main directions for improving the international legal regulation of the health sector.MATERIALS AND METHODS. During article preparation the following document were studied: acts of a universal and regional nature, resolutions of international organizations, legal positions of UN specialized agencies, as well as professional scientific associations. The theoretical basis of the research are the scientific works of national and foreign scientists in the field of international law and international relations in the field of health protection. The article was prepared using the general scientific method of cognition, including the formal logical and situational method and private law methods, such as comparative, historical and formal legal methods.RESEARCH RESULTS. Within the framework of the study, a conclusion was formulated about the formation of "international health law" as a new branch of international law, uniting international legal norms and principles governing the relations of subjects of international law, as well as other participants in international relations in the field of human health. In the work, the author presents the main sources of "international health law" and formulates the subject of regulation of this branch of law.DISCUSSION AND CONCLUSIONS. Describing the features of international cooperation in the field of health protection, expressed in an increase in the number of involved international organizations and other participants which are not subjects of international law, the author substantiates the formation of the concept of global health management and analyzes the main scientific publications in this area. Having studied the nature of health threats that have formed over the past decade under the influence of globalization processes, as well as the systematic problems of international cooperation demonstrated by the coronavirus pandemic, the authors emphasize the need to implement the repeatedly proposed initiative to develop a universal act that forms the basis of international legal regulation of health protection.

Avian haemosporidian parasites of accipitriform raptors

BackgroundThe order Accipitriformes comprises the largest group of birds of prey with 260 species in four families. So far, 21 haemosporidian parasite species have been described from or reported to occur in accipitriform birds. Only five of these parasite species have been characterized molecular genetically. The first part of this study involved molecular genetic screening of accipitriform raptors from Austria and Bosnia-Herzegovina and the first chromogenic in situ hybridization approach targeting parasites in this host group. The aim of the second part of this study was to summarize the CytB sequence data of haemosporidian parasites from accipitriform raptors and to visualize the geographic and host distribution of the lineages.MethodsBlood and tissue samples of 183 accipitriform raptors from Austria and Bosnia-Herzegovina were screened for Plasmodium, Haemoproteus and Leucocytozoon parasites by nested PCR, and tissue samples of 23 PCR-positive birds were subjected to chromogenic in situ hybridization using genus-specific probes targeting the parasites’ 18S rRNAs. All published CytB sequence data from accipitriform raptors were analysed, phylogenetic trees were calculated, and DNA haplotype network analyses were performed with sequences from clades featuring multiple lineages detected in this host group.ResultsOf the 183 raptors from Austria and Bosnia-Herzegovina screened by PCR and sequencing, 80 individuals (44%) were infected with haemosporidian parasites. Among the 39 CytB lineages detected, 18 were found for the first time in the present study. The chromogenic in situ hybridization revealed exo-erythrocytic tissue stages of Leucocytozoon parasites belonging to the Leucocytozoon toddi species group in the kidneys of 14 infected birds. The total number of CytB lineages recorded in accipitriform birds worldwide was 57 for Leucocytozoon, 25 for Plasmodium, and 21 for Haemoproteus.ConclusionThe analysis of the DNA haplotype networks allowed identifying numerous distinct groups of lineages, which have not yet been linked to morphospecies, and many of them likely belong to yet undescribed parasite species. Tissue stages of Leucocytozoon parasites developing in accipitriform raptors were discovered and described. The majority of Leucocytozoon and Haemoproteus lineages are specific to this host group, but most Plasmodium lineages were found in birds of other orders. This might indicate local transmission from birds kept at the same facilities (raptor rescue centres and zoos), likely resulting in abortive infections. To clarify the taxonomic and systematic problems, combined morphological and molecular genetic analyses on a wider range of accipitriform host species are needed.

A new genus of soil green microalgae Edaphochloris gen. nov. (Chlorellaceae, Trebouxiophyceae)

The problem of studying the species diversity of small single-celled green coccoid microalgae (Chlorophyta) is still relevant, since their simple and uniform cellular morphology makes it extremely difficult to correctly identify them. It is now generally accepted that the best approach for creating a new, more natural classification of “little green balls” is an approach that combines morphological, ecological, physiological and molecular phylogenetic methods. Strains ACSSI 104 and ACSSI 144 were isolated from solonetz and chestnut soil (Volgograd region, Russia). Their cells have a typical Nannochloris-like morphology: single spherical or subspherical cells, chloroplast single, parietal, cup-shaped, without pyrenoid, but with starch grains in it. Old cells accumulate numerous oil droplets in cytoplasm. Reproduction by 2−4 autospores. Autospores of both strains are equal size and exhibit liberation by rupture of sporangium cell wall. Zoospores and sexual reproduction not observed. Both strains are part of independent cluster closely related to genera Marvania, Pumiliosphaera, Nannochloris and Gloeotila. A comparative analysis of morphological (cell size, chloroplast type) and ultrastructural characteristics (structure of cell wall and lamellar system), features of reproduction (asexual reproduction by autospores only) and habitat (soil) with other members of the Nannochloris-clade, as well as results of analysis of 18S rRNA gene and ITS2 secondary structure of the studied strains, allowed us to propose a new genus – Edaphochloris with the type species – E. andreyevae. The report was prepared based on the materials of the V All-Russian Scientific Conference with international participation "Algae: problems of systematics, ecology and use in monitoring", 2021.

Problems of systematization and codification of the sources of the Ostsee private law

Problems of systematization and codification of the sources of the Ostsee private law

Taimyria gen. nov., a new genus of evolutionary advanced gymnosperms from Triassic of the Taimyr Peninsula, Siberia, Russia

New genus and species Taimyria triassica Naugolnykh et Mogutcheva gen. et sp. nov. of peltaspermalean affinity is described on the basis of material collected from the Keshinskian Formation (Induan stage, Lower Triassic), outcropped in the Tsvetkov Cape section (eastern part of the Taimyr Peninsula, Siberia, Russia). This new plant is characterized by both macromorphological and some microstructural features. Taimyria triassica has long racemose aggregations (cones or megastrobili) consisting of an axis with peltate seed-bearing discs (which also can be interpreted as seed-bearing semi-closed capsules), with margins curved adaxially. The seed-bearing discs are round to ovoid, with short stalk connected at central area of the adaxial part, and attached to the cone axis nearly perpendicularly, in a dense spiral pattern. Six to eight seeds are concentrically displayed around the stalk on the adaxial surface of the discs. The seeds preserved in seed-bearing discs were extracted from macerated reproductive organs and described as well. The seeds are platyspermic, ovoid, narrower at their apical micropylar end orientated toward the disc stipe. Problems of systematics and general evolutionary trends of the order Peltaspermales are briefly discussed.

On the Distribution and Application of Evidence in Economic Crime Cases

China's criminal evidence rules show scattered, high abstraction, lack of systematic and systematic problems, which gradually can not meet the needs of criminal justice practice. In the process of handling economic crime cases, the public security and judicial organs have encountered difficulties in the direction of investigation and the comprehensiveness of the evidence, so it is urgent to collect and review the evidence of similar crimes to guide and standardize the relevant evidence work. Explore and use the law of evidence distribution in economic crime cases to provide practical considerations and ideas for the formulation of evidence collection and review norms in economic crime cases.

Rethinking real property assessment and tax management system through an interoperable e-government framework

Real property taxation is the major revenue source of local government units (LGUs). However, studies in local finance reported a poor revenue performance on real property collection encumbered by systematic problems, such as outdated valuation standards, lengthy process, and the absence of a centralised electronic database. The difficulties identified are addressed in this paper by redesigning the process through an interoperable real property assessment and tax management system (RPaTS) categorised into three modules. The development of RPaTS adapted the project methodology of Princeton University, and was submitted for software quality evaluation using quantitative methods based on ISO 9126 metrics. The evaluation results show that RPaTS optimised the process by almost 200% or shorten the processing time for a single transaction from 95 to 30 minutes. The respondents also commended its automation feature particularly in updating the schedule of market values (SMV). Overall, end-users gave an average 4.42 Likert score rating.

Forensic information system for olfactory research

The problems of storing, systematization and accounting for data, accumulated in the process of carrying out olfactory examinations have been considered in the paper. The main purpose of this paper is to present a new forensic information system for olfactory research with cognitive elements. The processes of preparing and carrying out an olfactory examination have been studied during the design and development of the information system, a structural model in the form of a block diagram and an operation algorithm were built and developed. The resulting system prototype should ease the process of taking into account all of the data, obtained during research, as well as be useful for developing cognitive technologies.