Integrated Form Research Articles

Impact of Combined Vermicompost and Inorganic Fertilizers on Bread Wheat Yield, Yield Component and Soil Properties in Sinana District, Bale Highlands, Ethiopia

A field experiment was made to evaluate the effects of organic and inorganic fertilizers on the growth and yield of wheat and soil chemical properties. The study was conducted for two consecutive cropping seasons (2023-2024) on farmers’ fields in the Sinana district of Oromia National Regional State. Therefore, this study has attempted to evaluate the effect of the integrated use of vermicompost and inorganic fertilizer on bread wheat production and soil fertility improvement in the study area. Fertilizer source organic Sources of nutrients both included (vermicompost) and inorganic fertilizer (urea and NPS) were used in the integrated form. These treatments consist of: T1 = Control (no input) T2 = Recommend NP, T3 =25% RVC + 75% N + Rec P, T4 =100% RVC + rec P, T5 =50% RVC + 50% N + rec P and T6 =75% RVC + 25% N + Rec P. The experiment was a randomized complete block design with three replications. Soil sampling and agronomic data on wheat grain yield and yield components were collected. Accordingly, the highest mean grain yield (5403.67kgha-1) was recorded from the plot of T2 (Recommended rate from inorganic) flowed by (5186.00 kgha-1) was recorded from T3 (25% RVC + 75% N + Rec P) while the lowest grain yield (2637.67 kgha-1) was recorded from control plot. The partial budget analysis was performed for alternative uses of integrated organic and inorganic fertilizer applications for bread wheat production. The results showed that the application of integrated vermicompost with recommended rates of inorganic NP significantly increased the yield and yield components. It can be concluded that the application of integrated vermicompost and recommended rate of inorganic NP fertilizers (25 % Equivalent N from + 75 % N + Rec P is desirable) based on environmental sustainability for future productivity. This experiment has to be repeated over seasons and locations to make conclusive recommendations for the study area.

The methodological approach to identifying the quasi-market in mechanical engineering

Purpose: is to develop the methodological approach to identifying the industry quasi-markets.Methods: based on the analysis of the concept and definition of the essential features of the quasi-market, the main methods of identification of this type of the market structure were systematized, and the author's methodological approach was substantiated, including the estimation of the cross-ownership coefficient in the horizontal, vertical and compilation projection and the coefficient of relative object demand. For the empirical analysis we used data from the Spark Interfax database in accordance with the OKVED classifier.Results: it is shown that quasi-market structures are found not only in the markets with state participation, but also in the industrial markets that do not provide the state order, which is due to cross-ownership rights and the formation of affiliated companies of vertical and horizontal industry integration. Within the framework of empirical analysis, the methodological approach to identify quasi-market has been tested on the example of the markets of machine-building products.Conclusions and Relevance: approaches to the assessment of quasi-market structures are systematized and the methodological toolkit for its evaluation are proposed. The theoretical significance of the obtained results lies in the development of the concept of the sectoral markets in terms of the development of theoretical and methodological basis for the typology and assessment of market structures of modern economy and interdisciplinary approach to the study of transformation of sectoral markets, which will make it possible to analysis, identify and model the development of the sectoral markets and market structures at the macro- and meso-level. The practical significance of the results consists in the development of the methodological approach based on the assessment of cross-ownership factors, the prevailing forms of integration, the size of object demand, which will make it possible to assess the presence of the quasi-market, develop strategies for industrial development and increase the effectiveness of adaptive measures of the government regulation.

Creative tourism and residents: interactions in the context of artistic residencies in the Center region of Portugal

In approximately twenty years of research on creative tourism, the relevance of including residents in the creative tourism experience has been mentioned but not investigated in depth. This paper seeks to identify forms of resident integration in creative tourism contexts through a semi-systematic literature review and to determine how this inclusion is explored in local accommodation units with artist residencies in the Central region of Portugal. Following a qualitative case-study-based approach, semi-structured interviews were conducted with representatives of three accommodation units. The findings suggest four main formats of resident participation: (i) as experience providers, (ii) as consumers, and (iii) as responsible/consulted parties during the planning and development process(es) of the creative destination or product; and (iv) a more hybrid format in accommodation units with artist residencies, in which the resident is simultaneously a supplier and a consumer of the experience. The empirical results also suggest that this fourth integration format takes place mainly through specific programs for the local community and activities not limited to tourists. In the three cases, the dynamics with residents appear to generate several benefits in terms of economic growth, infrastructure and service development and, primarily, social sustainability. Also, the experience of tourists and artists in the residency is enhanced by contact with the local community. The findings of the study indicate that entities with attributes comparable to those under examination should utilize initiatives and partnerships promoted by their respective municipalities to reinforce collaboration between artist residencies and local communities.

Certain results associated with q-Agarwal fractional integral operators and a q-class of special functions

This article investigates certain q-analogue of the fractional Agarwal integral operator and its application to a class of polynomials and a series of functions. By utilizing various types of q-Bessel functions, the fractional q-Agarwal integral has been discussed and formulated in a series expression form involving q-shifted factorials and gamma functions. Moreover, certain results and applications of the q-Bessel theory are reported by establishing suitable forms of the fractional integral. Furthermore, the fractional Agarwal integral has been evaluated for some multiple power series formulas. Meanwhile, some desirable results involving q-generating Heine’s series of the first type are provided. Over and above, certain conclusions associated with various exponential, hyperbolic sine and cosine functions are analysed.

THEORETICAL MODEL FOR MANAGING THE IMPORT SUBSTITUTION PROCESS

The article is devoted to the current problem of import substitution, since increasing technological independence is identified as a priority in the Strategy for Scientific and Technological Development of the Russian Federation. In the context of ongoing sanctions from the West, the processes of import substitution require the formation of scientific and methodological tools for the diversification of production processes based on technologies, materials and components of domestic production. The theoretical analysis carried out made it possible to identify and characterize the main integration forms of interaction between organizations in the process of import substitution (holding, cluster, union, technology park), determine their advantages and disadvantages from the standpoint of combining production capacities and complementary resources and technologies. An analysis of the regulatory and legislative framework governing the processes of import substitution was carried out to ensure the overall orderliness of actions. As part of the work of the Government Commission on Import Substitution, the “Plan for Promoting Import Substitution in Industry” was adopted; in accordance with the priority areas of scientific and technological development until 2030, private regulatory legal acts are constantly being developed. The analysis of statistical data showed that the domestic industrial complex is successfully coping with the consequences of the lack of imports, options have been found to intensify import substitution processes within the framework of innovation infrastructure, and “digital production” technologies are being developed. The import substitution policy has received a new round of development from 2022, aimed at replacing missing imported products along with critical end-to-end technologies. There is an annual increase in indicators of intellectual activity and infrastructure support for import substitution processes. A methodological approach to managing import substitution processes is proposed, which involves creating an infrastructure to support developers of new technologies, taking into account the possibility of network interaction. A generalized model of the mechanism for managing import substitution processes is proposed, ensuring the achievement of goals at the micro-macro and meso levels, which can be the basis for developing a methodology for forming the import substitution process of an organization.

Contemporary Limits of Constitutional Patriotism

“Constitutional patriotism” has become one of the common concepts of political philosophy. Emerging in the local context of post-war Germany’s division, it gained particular popularity at the end of the last century in connection with the further globalization and multiculturalization of the world community and the creation of the European Union. Constitutional patriotism is seen, above all, as a more abstract form of social integration, replacing the traditional collective identity of the national community with a liberal-democratic political culture. Thus, it was a response to the criticism of communitarianism towards liberalism regarding the underestimation of the problem of motivating the protection of liberal democratic institutions. The article substantiates the need for a differentiated approach to the analysis of constitutional patriotism. There are two interpretations of constitutional patriotism – cosmopolitarian and particularistic. The paradox of tolerance — the issue of maintaining a tolerant attitude towards groups intolerant of the liberal political culture of society – outlines the existential boundaries of universally interpreted constitutional patriotism. This paradox became relevant as a result of the European migration crisis, as well as hybrid wars, one of the tools of which was the use of democratic institutions to destroy the constitutional order. Modern political incarnations of the paradox of tolerance demonstrate that the autonomy of liberal-democratic political culture always has its limits in preserving the conditions necessary for the existence of political culture itself.

The Theory of Integral Individuality by Wolf Merlin

The analysis of Wolf Merlin's ideas on the integral individuality has been performed. The main problem that the theory of individuality addresses is the large number of individual traits. They vary from biochemical to socio-psychological, are heterogeneous in origin, and separated. W. S. Merlin overcomes this dominant trend by contrasting it with the assumption of human unity. This issue relates to individuality, its traits, and connections. Merlin sets out a scientific task to investigate whether individual traits can function jointly. The hypothesis was whether individual traits of diverse origins function in the form of integration. The theory put forward by Merlin allows examination of this hypothesis. It was tested by applying the concepts of levels, polymorphism, and mediation, mainly. On this basis, Merlin considered not only individual differences, but also the ways in which individual traits function together. Then, they were generalized as the theory of integral individuality. In addition, a new field of research has arisen. It has separated itself from the study of personality in general psychology and the research of individual differences in psychophysiology to some extent. The perspective advances a further study of the theory of integral individuality. Finally, the summary completes this work. Herewith, some implications and limitations are traced.

The Problems of Neuroparenting Based on Contemporary Islamic Family Law

Parenting in the family has an impact on the child in all aspects. A contemporary approach to child care will produce an effective and appropriate model for current conditions. Neuroparenting is a contemporary parenting model that is starting to be adopted by many families, especially in Indonesia. This article aims to examine the concept of neuroparenting and find its relevance to contemporary Islamic family law. This article is a qualitative descriptive research whose data was collected from related literature. Literature data was obtained from journals and books that discuss neuroparenting and contemporary Islamic family law, which focuses on discussing the purpose of Islamic law (maqāshid al- al-sharīah). The data was then reduced, presented, and analyzed using an inductive method using hadanah theory and maqāshid al-sharīah to conclude. The research results show that parenting today cannot be separated from developments in science and technology, including neuroparenting. Neuroparenting is a parenting model that uses a medical approach to neuroscience studies. Neuroparenting helps direct child care tailored to gender, age, existing facilities, and infrastructure in the family, especially parents. The implementation of neuroparenting has been under the goals of Islamic law as a form of integration of contemporary science

Assessing the forms of integration of the higher education system in Mozambique

The forms of integration and articulation at tertiary education are debated around the world including studies those discuss expansion, differentiation, diversity, and fragmentation of higher education. The forms of integration are evaluated here by reviewing selected Mozambican higher education literature and database from 1962 to 2021. The higher education (HE) background research in Mozambique helped assessing trends and expansion, fragmentation, differentiation, and diversity processes. These processes were described using data assessed from the Ministry of Science and Technology of Mozambique in 53 public and private universities. Statistical analyses by Excel Sheets were based on the integrated data of enrolments, new admissions, and graduations to infer the performance of isomorphism through the process of differentiation, diversity, and fragmentation. The expansion and fragmentation of HE in Mozambique is well reflected on total students enrolled in public and private systems. Results indicated slight difference of new admissions between public and private system. While we registered more graduations in public system than in private. Comparison assessed demonstrated the absence of significant differences, at 5% of confidence level, between new-admissions and graduated students, reflecting the intensification of fragmentation of the mother institutions. Additionally, evidence supporting the differentiation and diversity practices in public and private institutions was not found. Moreover, the expansion and fragmentation processes detected suggest the need of decentralization to offset the heavy concentration of resources and higher activities outside Maputo. While differentiation and diversity processes were absent in higher education system in Mozambique, nevertheless, may ensure educational quality and produce high quality graduate outputs, research, and community outreach activities.

Evaluating the forms of integration of the tertiary education in Mozambique

The forms of integration and pedagogical articulation at tertiary education are debated around the world including studies those discuss expansion, differentiation, diversity, and fragmentation of higher education. The forms of integration are evaluated here by reviewing selected higher education literature and database from 1962 to 2021. The higher education (HE) background research in Mozambique helped assessing trends and expansion, fragmentation, differentiation, and diversity processes. These processes were described using data assessed from the Ministry of Science and Technology of Mozambique in 53 public and private universities. Statistical analyses by Excel Sheets were based on the integrated data of enrolments, new admissions, and graduations to infer the performance of isomorphism through the process of differentiation, diversity, and fragmentation. The expansion and fragmentation of HE in Mozambique is well reflected on total students enrolled in public and private systems. Results indicated slight difference of around 700 students of new admissions between public and private system. While we registered more graduations in public system than in private. Comparison assessed demonstrated the absence of significant differences, at 5% of confidence level, between new-admissions and graduated students, reflecting the intensification of fragmentation of the mother institutions. Additionally, evidence supporting the differentiation and diversity practices in public and private institutions was not found. Moreover, the expansion and fragmentation processes detected suggest the need of decentralization to offset the heavy concentration of resources and higher activities outside Maputo. While differentiation and diversity processes were absent in higher education system in Mozambique, nevertheless, may ensure educational quality and produce high quality graduate outputs, research, and community outreach activities.

Financial Technology and New Quality Productive Forces of Enterprises

The field of financial technology (Fintech) is rapidly advancing within the global economy, offering essential support to businesses undergoing digital transformation, enabling data-driven decision-making, and providing access to innovative financial services. New quality productivity, crucial for achieving high-quality development, represents a more integrated and modern form of productivity in the digital age, driving ongoing progress and advancement for businesses. This study utilizes data from Chinese A-share listed companies (2011-2022) to investigate the influence of Fintech on enterprise productivity and its underlying mechanisms. The empirical findings reveal that regional levels of Fintech significantly enhance new quality productivity through technological innovation and optimized allocation of production factors. It is observed that the business environment plays a critical role in moderating the impact of Fintech on new quality productivity. Furthermore, the study highlights Fintech's substantial impact on state-owned enterprises, large-scale firms, and non-high-tech sectors. These findings offer valuable insights for businesses facing transformation challenges. Governments can further empower businesses to maximize Fintech's role in achieving new quality productivity by enhancing the business environment and promoting industry cooperation.

Pelatihan Modifikasi Kukis Sagu di Kampung Gwinjaya, Bonggo Timur Sarmi, Provinsi Papua

This community service activity aims to improve the quality and quantity of sago cookie products in a modified form from its first form in the village-owned business unit "Makmur Jaya" Giwinjaya, East Bonggo District, Sarmi Regency, especially in the Sago Cookie business unit. The improvement in quality will be tried to be trained to make sago cookies with a volume of 10 cm and a slightly different taste from the first product plus a little salty, while the quantity will be tried to make sago cookies on a small industrial scale by adding oven equipment and baking sheets so that sago cookies will be obtained in larger quantities compared to the old product. This activity also involved students from the Food Technology study program, Cenderawasih University as a form of integration with the Merdeka Belajar curriculum. The results achieved, members of the sago cookie business unit group have been able to improve the quality and quantity of sago cookie products as seen from the size of the product and the amount produced with the results of the average level of preference of respondents showing a level of preference for the products produced.

Dampak MEA (Masyarakat Ekonomi Asean) Terhadap Pertumbuhan Ekonomi Indonesia di Era Globalisasi

The ASEAN Economic Community (AEC) is a form of economic integration in the Southeast Asia region which aims to create a single market and joint production base. The aim of this research is to analyze the impact of AEC on Indonesia's economic growth in the era of globalization. The methodology used in this research is a literature review that focuses on economic growth trends before and after the implementation of AEC. The research results show that the MEA has had a positive impact on the Indonesian economy, including increasing exports, foreign investment, and developing strategic sectors such as trade, services, and micro, small and medium enterprises (MSMEs). However, strengthening the competitiveness of local industry and improving the quality of human resources is a big challenge. With the right policies, the AEC can be an opportunity to strengthen Indonesia's position in the global market while simultaneously improving people's welfare in a sustainable manner

Detecting Hypoxia Through the Non-Invasive and Simultaneous Monitoring of Sweat Lactate and Tissue Oxygenation.

Hypoxia, characterized by inadequate tissue oxygenation, may result in tissue damage and organ failure if not addressed. Current detection approaches frequently prove insufficient, depending on symptoms and rudimentary metrics such as tissue oxygenation, which fail to comprehensively identify the onset of hypoxia. The European Pressure Ulcer Advisory Panel (EPUAP) has recognized sweat lactate as a possible marker for the early identification of decubitus ulcers, nevertheless, neither sweat lactate nor oxygenation independently provides an appropriate diagnosis of hypoxia. We have fabricated a wearable device that non-invasively and concurrently monitors sweat lactate and tissue oxygenation to fill this gap. The apparatus comprises three essential components: (i) a hydrogel-based colorimetric lactate biosensor, (ii) a near-infrared (NIR) sensor for assessing tissue oxygenation, and (iii) an integrated form factor for enhanced wearability. The lactate sensor alters its hue upon interaction with lactate in sweat, whereas the NIR sensor monitors tissue oxygenation levels in real-time. The device underwent testing on phantom exhibiting tissue-mimicking characteristics and on human sweat post aerobic and anaerobic activities. Moreover, the device was demonstrated to be capable of real-time "on-body" simultaneous monitoring of sweat lactate spikes and tissue oxygenation (StO2) drops, which showed strong correlation during a hypoxia protocol. This innovative technology has a wide range of potential applications, such as post-operative care, sepsis detection, and athletic performance monitoring, and may provide economical healthcare solutions in resource-limited regions.

Research on Hybrid Integration and Local Policies in the Education System

ABSTRACTThis article presents a European research project addressing migrant children's participation in the education system in seven countries. The article primarily concerns a part of the research project, based on transcribed recordings of facilitated classroom activities in primary and secondary schools, prefaced by a summary of the research findings that provides a background. The analysed facilitated classroom interactions show forms of hybrid integration based on the ways in which migrant and nonmigrant children exercise agency, sharing their personal cultural trajectories. The paper shows the importance of using research on classroom activities for the support of educational policies at local, national and European level. The analysis also suggests the ways in which these policies can be supported by the use of resources based on field research. Finally, the paper briefly focuses on the support of classroom activities in exceptionally unpredictable conditions, such as the COVID‐19 pandemic.

Classification of Chinese hickory with different aging times using two-dimensional correlation spectral (2DCOS) images combined with transfer learning

The Chinese hickory (Carya cathayensis Sarg.), highly valued in eastern China for its culinary appeal and nutritional value, is prone to rancidity during storage due to its high content of polyunsaturated fatty acids. This research introduces an innovative method for categorizing Chinese hickory nuts according to their aging durations by integrating two-dimensional correlation spectroscopy (2DCOS) with transfer learning, using hyperspectral imaging technology (HSI). The study captured hyperspectral images of 1,200 hickory kernels at various aging stages, extracting spectral data within the 900–––1670 nm range. Using this spectral data, synchronous, asynchronous, and integrative 2DCOS images were generated. The analytical framework comprised five spectral preprocessing methods:first derivative (FD), second derivative (SD), multiplicative scatter correction (MSC), standard normal variate (SNV), and detrend (DET); four wavelength selection techniques:successive projections algorithm (SPA), iteratively retaining information variables (IRIV), variable combination population analysis (VCPA), and iteratively variable subset optimization (IVSO); five transfer learning models:DarkNet19, DarkNet53, ResNet50, InceptionV3 and Xception; along with two traditional approaches: support vector machine (SVM) and linear discriminant analysis (LDA). This thorough strategy was designed to accurately classify the nuts on the basis of their aging time. The findings revealed that synchronous 2DCOS significantly outperformed asynchronous and integrative forms in classifying aged hickory kernels. The FD-IVSO-2DCOS-DarkNet19 model, employing 292 (62.80 %) wavelength variables, reached an impressive accuracy of 98.75 % in the test set, surpassing the SD-SPA-2DCOS-DarkNet53 model, which used only 40 (8.6 %) wavelength variables and achieved an accuracy of 97.92 %. These models excelled over other 2DCOS approaches that utilized the full wavelength range and significantly outdid the conventional one-dimensional spectral LDA and SVM models, regardless of wavelength scope. The study underscores that synchronous 2DCOS images, when combined with suitable transfer learning techniques, provide robust discriminative power, suggesting their potential utility in the classification aged hickory nuts.

(Invited) Applications of Complimentary FETs Using Low Temperature Deposited Phase Composite Semiconductor Channel Materials

Phase composite material is an ultrathin film structure having both crystalline islands and amorphous matrix which exhibit unique carrier conduction properties. Due to the coupling of conduction states between quantum dot like crystalline islands, an isolated conduction band is formed near the mobility edge of the conduction band of amorphous states. Effective mobility of carrier conduction via the mobility edge states are in between the values of single crystal and polycrystalline film. The primary benefit of phase composite material is the process compatibility with silicon process, especially at the back end of line process where the process temperature is limited below 400°C. Since this material state can be easily formed using high pressure atomic layer deposition process at low temperature below 200°C, various semiconductor channel materials can be deposited on arbitrary shaped substrate. Using the process flexibility of this process, nMOS and pMOS can be easily fabricated in planar form or in vertically integrated form. In this talk, various applications of devices fabricate using phase composite semiconductor channel materials will be discussed.

Influence of post-vegetative foliar application of nitrogen and selenium on micrometeorological parameters, phenology, and yield of wheat (Triticum aestivum L.)

Excessive and continuous use of commercial-grade fertilizers in large quantities during the post-Green Revolution era has led to significant environmental impacts, besides escalating the cost of production in staple crops. Such over-reliance on chemical fertilizers in intensive agriculture and a limited focus on balanced nutrient management have led to an increase in micronutrient deficiency in the sub-tropical part of India. This micronutrient deficiency leads to stunted growth, poor flowering, and reduced grain and fruit formation, directly impacting overall crop productivity. Hence, the introduction of nano form of fertilizers and integration of them with bulk/commercial form will help in improving the nutrient use efficiency, reduce production costs vis-a-vis enhancement in the plant growth, and yield more effectively than the traditional fertilizers. Proper nutrient management promotes healthy development at each stage, from seedling establishment to maturation and ripening, ensuring optimal yields and quality. Hence, fertilization directly and profoundly impacts the phonological stages of the crops. In this respect, a field experiment was conducted at Ludhiana and Fatehgarh Sahib, Punjab, India, during the rabi season of 2021-22. The experiment was laid out in a Randomized Completely Block Design (RCBD) with four replications and 11 treatments. Besides an absolute control where no fertilizer was applied (T1), ten other treatments were commonly fertilized with the recommended dose of fertilizers (RDF), i.e., 125 kg N and 62.5 kg P2O5 ha-1). The treatment varied in applying bulk and nano N (6% urea) and Se (15 ppm) at reproductive phases. The normalized difference vegetation index (NDVI) score and chlorophyll index improved with foliar spray of both bulk and nano urea forms alone or in combination with Se (bulk or nano). The effect of foliar sprays of urea and selenium, either in bulk or nano form, alone or in combination, was insignificant. The reproductive stages, viz. heading, grain filling, and physiological maturity, are prolonged with late season spray of 6% bulk or nano urea alone or in addition to bulk or nano selenium. Maximum days to grain filling was in a foliar spray of nano urea 6% along with nano selenium 15 ppm, further leading to higher grain and biological yield.

Deciphering the Monomeric and Dimeric Conformational Landscapes of the Full-Length TDP-43 and the Impact of the C-Terminal Domain.

The aberrant aggregation of TAR DNA-binding protein 43 kDa (TDP-43) in cells leads to the pathogenesis of multiple fatal neurodegenerative diseases. Decoding the proposed initial transition between its functional dimeric and aggregation-prone monomeric states can potentially design a viable therapeutic strategy, which is presently limited by the lack of structural detail of the full-length TDP-43. To achieve a complete understanding of such a delicate phase space, we employed a multiscale simulation approach that unearths numerous crucial features, broadly summarized in two categories: (1) state-independent features that involve inherent chain collapsibility, rugged polymorphic landscape dictated by the terminal domains, high β-sheet propensity, structural integrity preserved by backbone-based intrachain hydrogen bonds and electrostatic forces, the prominence of the C-terminal domain in the intrachain cross-domain interfaces, and equal participation of hydrophobic and hydrophilic (charged and polar) residues in cross-domain interfaces; and (2) dimerization-modulated characteristics that encompass slower collapsing dynamics, restricted polymorphic landscape, the dominance of side chains in interchain hydrogen bonds, the appearance of the N-terminal domain in the dimer interface, and the prominence of hydrophilic (specifically polar) residues in interchain homo- and cross-domain interfaces. In our work, the ill-known C-terminal domain appears as the most crucial structure-dictating domain, which preferably populates a compact conformation with a high β-sheet propensity in its isolated state stabilized by intrabackbone hydrogen bonds, and these signatures are comparatively faded in its integrated form. Validation of our simulated observables by a complementary spectroscopic approach on multiple counts ensures the robustness of the computationally predicted features of the TDP-43 aggregation landscape.

Interdisciplinary participation in climate-adapted urban land-use planning – findings of two gaming simulations in the city of Bottrop, Germany

Purpose Sustainable and climate-adapted urban development requires integrative governance approaches and forms of collaboration between different disciplinary actors in urban society. Integrative approaches are a particular challenge for those planning cultures in which they are not yet sufficiently established. This also applies to formal urban land-use planning in Germany, which forms the governance setting of this study. This study aims to examine how interdisciplinary participation in formal urban land-use planning contributes to the consideration of climate adaptation in the planning process. Design/methodology/approach This paper traces the process of two differently designed interdisciplinary participation formats based on the methodological framework of a gaming simulation, each in the context of a formal urban land-use planning procedure in Bottrop, Germany. The gaming simulations are designed as performance simulations in which we involved several representatives from different public authorities. Findings The gaming simulations show that interdisciplinary participation can lead to an increased awareness of climate adaptation requirements in particular and a mutual understanding of different logics of action in the context of comprehensive and sustainable urban planning in general. In addition, this paper provides recommendations as to how and under what conditions the benefits of the simulations can be transferred to municipal practice. Originality/value While integrative and interdisciplinary formats are increasingly being used in the context of informal urban planning, this does not apply to formal urban land-use planning. Participation in formal urban land-use planning procedures is classically linear and multidisciplinary in Germany. Using two simulated interdisciplinary participation formats, this paper tested to what extent the consideration of climate adaptation requirements as a cross-sectoral task can benefit from interdisciplinarity in the context of two formal urban land-use planning procedures.