Farm Buildings Research Articles

Farm buildings and agri-food transitions in Southern France: Mapping dynamics using a stakeholder-based diagnosis

This study’s goal is to present a dynamic portrait of the farm-buildings environment in Occitania, in Southern France, in order to better identify the transitions underway in agri-food chains. To this end, we undertook a territorial diagnosis based on actor statements, using 28 semi-structured interviews across Occitania. This diagnosis was enriched by graphic modelling, which enabled the spatialization of the dynamics described. We show that the process of standardisation of farm buildings prevails in the majority of the territories studied. This phenomenon has intensified in recent years with the development of vast photovoltaic-roofed sheds, accentuating the farmland conversion and soil sealing. At the same time, in areas with strong environmental, landscape and heritage contexts, a ‘new adventure in farm buildings’ (2022 survey) is taking shape. It is primarily driven by local short food chains, which rely on self-construction, repurposing and refurbishment, the sharing of tools and equipment, and which favour the use and reuse of local resources. This study shows that farm-buildings dynamics crystallise many challenges confronting the reterritorialisation of agriculture and food production.

First report on detection of Hepatozoon ayorgbor in Rhipicephalus haemaphysaloides and Hepatozoon colubri in Haemaphysalis sulcata and Hyalomma anatolicum: risks of spillover of Hepatozoon spp. from wildlife to domestic animals.

This study aimed to detect Hepatozoon spp. in ticks infesting asymptomatic domestic animals and to provide insight into their potential spillover from wild to domestic animals. In total, 537 tick specimens were collected in Khyber Pakhtunkhwa, Pakistan, and morphologically identified. The most prevalent tick species was Haemaphysalis cornupunctata (69; 12.8%), followed by Haemaphysalis kashmirensis (62; 11.5%), Rhipicephalus microplus (58; 10.8%), Haemaphysalis montgomeryi (51; 9.5%), Rhipicephalus sanguineus (49; 9.1%), each Haemaphysalis bispinosa and Haemaphysalis sulcata (43; 8.0%), each Hyalomma anatolicum and Rhipicephalus turanicus (37; 6.9%), Rhipicephalus haemaphysaloides (33; 6.1%) Hyalomma scupense (30; 5.6%), and Hyalomma isaaci (25; 4.7%). The extracted DNA from a subset of each tick species was subjected to PCR to amplify 18S rRNA fragments of Hepatozoon spp. By BLAST analysis, the Hepatozoon sp. detected in Hy. anatolicum infesting cows and in Ha. sulcata infesting sheep showed 99.7% maximum identity with Hepatozoon colubri. Similarly, the Hepatozoon sp. detected in R. haemaphysaloides infesting goats shared 99.49% maximum identity with Hepatozoon ayorgbor, and the Hepatozoon sp. detected in R. sanguineus infesting dogs exhibited 99.7% identity with Hepatozoon canis. Having an overall infection rate (9.3%; 16/172), the highest infection rate was recorded for each H. canis, and H. colubri (3.5%; 6/172), followed by H. ayorgbor (2.3%; 4/172). In the phylogenetic tree, H. colubri clustered with corresponding species from Iran, H. ayorgbor clustered with the same species from Croatia, Ghana, and Portugal, and H. canis clustered with the conspecifics from Iran, Israel, Romania, and Zambia. Regarding the potential spillover of Hepatozoon spp. from wildlife through ticks, free ranging animals was at higher risk compared to confined animals (RR = 3.05), animals consuming food from wildlife habitats were at higher risk compared to those consuming domestic food (RR = 3.06), and animals residing in farm buildings located in wildlife habitats were at higher risk compared to those residing in farm buildings located in villages (RR = 3.28). In addition to the first report on H. canis in R. sanguineus in Pakistan, this is the earliest data showing H. ayorgbor in R. haemaphysaloides and H. colubri in Ha. sulcata and Hy. anatolicum. These preliminary findings suggest a potential spillover of Hepatozoon spp. from wild to domestic animals via ticks under certain risk factors.

Impact of selected land fragmentation parameters and spatial rural settlement patterns on the competitiveness of agriculture: Examples of selected European and Asian countries

Existing methods of assessing land fragmentation (LF) are mainly based on analysis of parameters at the level of plots and individual farms. However, existing methods appear to be insufficient in the assessment of the spatial structure of land at the regional and national levels.The aim of the research is to propose an effective way of comparing the land fragmentation parameters that determine the profitability of agriculture. To estimate the parameters of large-area land fragmentation, data on the spatial distribution of rural settlements and on average land fragmentation parameters were used. A grid-based structure was employed. The grid cell size represents the average size of plots, whereas the numerical values associated with grid cells represent the minimum distances of plots from farm buildings. Using the aforementioned grid and data on the impact on operating costs of plot size and distance from settlements, spatial indicators were obtained that show the diversity of economic costs related to the examined land fragmentation parameters.The obtained results showed a very large variation in the operating conditions of the farms, depending on the LF parameters. The average size of cultivated fields ranges from 0.5 ha (Pakistan) to 67.2 ha (Slovakia), while the average distance of plots from farm buildings ranges from 334 m (China) to 2781 m (Turkey), although the maximum observed values for straight-line distances significantly exceed 7 km, and this value increases to 10 km when the orthogonal layout of roads is taken into account. The density of field boundaries varies from 250 m/ha to over 3500 m/ha, and the associated estimated loss of cultivated area may reach 1.5% of the total cultivated land area (Pakistan). In economic terms, the variability in land cultivation costs related to the size of plots and their distance from buildings varies from 535 EUR/ha/year (Slovakia) to 1412 EUR/ha/year (Greece), which indicates a nearly threefold difference in this aspect.The proposed approach should facilitate an assessment of the competitiveness of agriculture in individual countries. It can also be used when planning land consolidation projects, assessing the risks associated with land abandonment, estimating the negative impact on the environment of fossil fuel combustion effects in agriculture, and determining the impact of land fragmentation parameters on poverty and migration phenomena in rural areas.

Spatial and temporal distribution of endotoxins, antibiotic resistance genes and mobile genetic elements in the air of a dairy farm in Germany

Antimicrobial resistance (AMR) is a serious issue that is continuously growing and spreading, leading to a dwindling number of effective treatments for infections that were easily treatable with antibiotics in the past. Animal farms are a major hotspot for AMR, where antimicrobials are often overused, misused, and abused, in addition to overcrowding of animals.In this study, we investigated the risk of AMR transmission from a farm to nearby residential areas by examining the overall occurrence of endotoxins, antibiotic resistance genes (ARGs), and mobile genetic elements (MGEs) in the air of a cattle farm. We assessed various factors, including the season and year, day and nighttime, and different locations within the farm building and its vicinity.The most abundant ARGs detected were tetW, aadA1, and sul2, genes that encode for resistances towards antibiotics commonly used in veterinary medicine. While there was a clear concentration gradient for endotoxin from the middle of the farm building to the outside areas, the abundance of ARGs and MGEs was relatively uniform among all locations within the farm and its vicinity. This suggests that endotoxins preferentially accumulated in the coarse particle fraction, which deposited quickly, as opposed to the ARGs and MGEs, which might concentrate in the fine particle fraction and remain longer in the aerosol phase. The occurrence of the same genes found in the air samples and in the manure indicated that ARGs and MGEs in the air mostly originated from the cows, continuously being released from the manure to the air.Although our atmospheric dispersion model indicated a relatively low risk for nearby residential areas, farm workers might be at greater risk of getting infected with resistant bacteria and experiencing overall respiratory tract issues due to continuous exposure to elevated concentrations of endotoxins, ARGs and MGEs in the air of the farm.

The Most Expensive Agricultural Land Prices in Europe: An Economic Analysis of Tenerife, Canary Islands, Spain

Agriculture in the Canary Islands has greater limitations than in the rest of Spain due to the cultivation areas being geographically limited and the abrupt orography of the archipelago. As a result, in certain situations, tillage of the land is more complex and costs increase. This study focuses on the island of Tenerife and aims to identify the determining variables that directly affect the price of agricultural land, considering the type of crop. For this purpose, a survey was designed for farm managers on the island of Tenerife and, after analysing the responses, we focused on tubers, legumes, vineyards, bananas, and cereals. A multilinear regression model showed that the highest land price corresponds to those farms destined for banana production, with a value of 16.52 €/m2. The price of agricultural land on the island of Tenerife was found to be eight times higher than the European average. The main factors impacting this value are irrigation, the orography of the land, and the presence of farm buildings.

5. Alternative pig farm buildings in Germany: Technical choices, production costs and marketing of pigs

5. Alternative pig farm buildings in Germany: Technical choices, production costs and marketing of pigs

Re-using vacant farm buildings for commercial purposes: Two cases from the Netherlands

Across the European Union, farm modernisation results in vacant farm buildings in agricultural areas. This is an issue at the crossroads of rural development and spatial planning. The debate often revolves around the options of either demolishing these buildings or re-using them for residential purposes. There is less emphasis, however, on re-using vacant farm buildings to create new employment opportunities in rural areas. This article analyses two cases in the Netherlands to explore the commercial re-use of vacant farm buildings in relation to rural development. The analysis specifically focuses on governance issues, the contribution of different types of commercial re-use to rural communities, and how re-use helps in retaining or attracting young people. The findings suggest that commercial re-use of vacant farm buildings can attract new entrepreneurs, jobs, and liveliness to rural areas. This is likelier if local government efforts and local entrepreneurship align. The cases also show limitations of commercial re-use in relation to the potential for wider uptake and the risk of enhancing rural gentrification. This raises the question of whether the current planning systems can deal with the upcoming complex processes of rural transformation.

Invisible Legacies and Rural/Urban Dynamics in Heritagization Process of Soviet-Era Collective Farm Buildings

ABSTRACT This article concentrates on the role of social and spatial processes that influence how architectural sites of the past are deemed part of the cultural heritage. It will focus on the contested architecture of collective farms in post-Soviet Estonia. By analyzing urban–rural dynamics and mnemonic processes dealing with controversial historical periods, it will demonstrate the complex negotiations that are involved in heritagization processes. These complicated processes are illustrated by analyzing three case studies, which show how heritagization is a heterogeneous practice, negotiated on multiple levels in communities, on the collective and private levels, but also between the state and the private sector. The article argues that rural/urban representation and relational dynamics play an important role in heritagization processes. Though the collective-farm architecture was built during the ideologically contested Soviet period, the attitudes towards these premises are intertwined with multi-layered patterns of remembering, which are embedded in local social relations and community identity.

The Roman and late antique site of Montessoro (Isola del Cantone – Genova): A case study of the wattle and daub construction technique

AbstractArchaeological excavations at the site of Montessoro (660 m. a.sl.), carried out between 2009 and 2013 by the Department of Christian and Medieval Archaeology (University of Turin – Department of the Historical Studies) and currently under publication, have led to the large-scale exploration of a rural Apennine site which was inhabited between the first century BC and the fifth century AD. The late antique phase, which is the best-preserved, consists of five farm buildings made using a masonry base bound with clay, with an elevation in lathwork and a roof made of cover and pan tiles. The systematic study of almost 600 clay fragments, some of them large and mainly from the collapse levels caused by the fire in the granary, with negative impressions of plant material, has enabled considerable information to be obtained about the technique of wattle and daub used to construct the elevations: the morphology and arrangement of the wooden parts (horizontal and vertical), related to the woven lattice of the lathwork and the load-bearing structure, and the mixing and application of clay and plaster. This work, associated with a thorough analysis of the plentiful wood charcoal remains (carried out by Prof. Lanfredo Castelletti and Dr. Sila Motella – Museo Civico P. Giovio di Como), has yielded data about the choice and working of the plants and trees used for the construction of elevations and all the structural parts, enabling a fairly precise reconstruction of the buildings and the socio-economic and cultural context of the site.

Adaptive reuse of vernacular built heritage: learnings from Alcino Cardoso House (1971–1991) by Álvaro Siza

The Alcino Cardoso House (first phase: 1971–1973; second phase: 1988–1991), located in northern Portugal, was one of the first interventions in pre-existing buildings undertaken by the Pritzker Prize-winner architect Álvaro Siza (1933) to receive national and international acclaim. The design consisted of the conservation of vernacular farm buildings and their transformation into a holiday home and tourist accommodation. This intervention echoes the concerns of the critical revision of modern architecture in the Portuguese context (the so-called ‘third way’ as coined by Fernando Távora) marked by an innovative reinterpretation of tradition: modern principles such as spatial fluidity, curtain wall glass façade, architectural promenade are introduced while respecting the pre-existence landscape and character by integrating vernacular design principles and construction techniques. This early Álvaro Siza intervention in a rural context has become a reference case-study for the School of Porto architects and provides us with lessons on contemporary reuse of built heritage.

Carbon and water footprint analysis of pig farm buildings in Northeast China using building-information-modeling enabled assessment

Environmental impact evaluation of buildings is critical for further analysis and optimization of pig farms for sustainable pork production. This study is the first attempt to quantify the carbon and water footprints of a standard intensive pig farm building using building information modeling (BIM) and operation simulation model. The model was constructed with carbon emission and water consumption coefficients, and a database was built. The results showed that the operational stage of pig farm accounted for most of the carbon footprint (49.3–84.9 %) and water footprint (65.5–92.5 %). Building materials production ranked second in carbon (12.0–42.5 %) and water footprints (4.4–24.9 %), and pig farm maintenance ranked third in carbon (1.7–5.7 %) and water footprints (0.7–3.6 %). Notably, the mining and production stages of building materials contributed the largest carbon and water footprints of pig farm construction. Masonry materials have a significant impact on the overall carbon and water footprints of the pig farm. Pig farm using aerated concrete could reduce 41.1 % of the total carbon footprint and 58.9 % of the total water footprint compared to that using coal gangue sintered brick and autoclaved fly ash brick. This study presented a BIM-enabled method for carbon and water footprint analysis of pig farms and illustrated how the model can be used to facilitate the low carbon design of agricultural buildings.

Assessment of Rainwater Quality Regarding its Use in The Roztocze National Park (Poland)—Case Study

The aim of this study was to determine the quality of rainwater and the possibility of using it for various purposes in the Roztocze National Park (RNP), Poland. This study was carried out in 2021–2022. Samples of rainwater that drained from the roofs of farm buildings in the RNP were tested for their organoleptic, physicochemical and microbiological qualities. The organoleptic tests were run to evaluate the water for a foreign odour and the threshold odour number. The physical and chemical tests included turbidity; colour; pH; conductivity; concentrations of ammonium ions, nitrates, nitrites, manganese, iron and chlorides; and general hardness. The microbiological tests included total microbial counts at 36 °C and 22 °C, coliform bacteria, Escherichia coli, intestinal enterococci and Pseudomonas aeruginosa. The rainwater quality results were compared with the quality parameters of surface water collected from the River Świerszcz, as well as with the Polish drinking water standards. The findings indicated that rainwater collected in the RNP had good organoleptic, physicochemical and microbiological properties, which, in some cases, complied with the standards for potable water. Exceedances of the permissible limits, mainly for ammonium ions and microbiological indicators, were periodically observed in the tested rainwater. This was probably due to contamination of roof surfaces with bird droppings. However, these exceedances did not exclude the use of the rainwater for economic purposes, e.g., flushing toilets, washing vehicles or watering plants, which may significantly reduce the abstraction of high-quality groundwater. The rainwater that is planned to be used as drinking water for the Polish konik horses living in the park will have to be pre-treated via filtration and disinfection processes (e.g., with a UV lamp).

Precision livestock farming: a qualitative exploration of swine industry stakeholders

IntroductionPrecision livestock farming (PLF) technology development has proliferated recently, but on-farm adoption has lagged. Understanding PLF stakeholders’ views, practical applications, limitations, and concerns are necessary to understand the factors influencing the adoption of PLF technology.MethodsUsing semi-structured online interviews, 12 influential stakeholders’ PLF views and lived experiences were investigated. A phenomenological paradigm was used to generate qualitative data that was analyzed using template analysis.ResultsWe identified two unique groups of stakeholders, namely the PLF enthusiast and PLF cautious groups. The majority of the participants were well aware and had firsthand experience with the PLF technologies that are currently being used in the swine industry.DiscussionWe found that PLF technology was perceived to improve specificity in decision-making, better care for pigs, improve animal health and welfare, increase labor efficiency, and improve resource-use efficiency. Poor internet connectivity and the inability to use PLF data for decision-making due to needing to first complete daily on-farm tasks were considered key obstacles to its implementation. To integrate PLF technology into the existing barn environment, it is necessary to modify farm buildings and infrastructure and management protocols. Stakeholders’ main concerns with PLF technology included data privacy issues and the influence of PLF technology on human-animal relationships and farmers’ duty of care to the animals. In conclusion, stakeholders perceived camera systems for monitoring pig health and welfare and ensuring individual pig identification as a high priority in PLF development going forward.

Movement Choices of Persecuted Caracals on Farmlands in South Africa

Landscapes used for livestock agriculture are common worldwide and have the potential for wildlife-human conflict, particularly when carnivores prey on livestock. Identifying habitat features that influence carnivore movements in livestock areas can help mitigate conflict. The caracal (Caracal caracal) is a common mesopredator on farms in southern Africa. We used Step Selection Functions to identify habitat selection of Global Positioning System collared male caracal (n = 8) along their movement paths on private farmlands in a semiarid region of South Africa. In the wet season, some caracals selected rugged terrain but high elevations were avoided by certain individuals. Electric fences were avoided, whereas some animals moved close to farm buildings. Many caracals selected shrubland and avoided main roads, but the opposite movement choices were documented for some individuals. Plowed fields were consistently avoided. In the dry season, caracal movements were similar to those recorded in the wet season, but there was greater variability in individual choices. On the basis of model averaging, caracals appeared to move closer to electric fences in the dry season, but such patterns were not significant from individual-level analyses. Because some caracals avoided, whereas others selected, the same habitats or anthropogenic features and model averaging could not detect those differences, we recommend that whenever possible, individual movement choices of predators are assessed. For caracals and other carnivores that prey on livestock, understanding the ecology of individuals as opposed to exclusively population-level habitat choices may be more informative for conflict mitigation.

AGRI|gen: Analysis and Design of a Parametric Modular System for Vertical Urban Agriculture

While many studies were done about green facades’ thermal performance, limited studies were done about green facades for productive farming. Most focused only on one facade or building. According to that, this research questioned what the potentials of farming on facades and roofs in an entire neighbourhood are and what could such a farming system looks like, and what it costs. To address these questions, a literature review about urban farming and possible crops was done. A neighbourhood of 22 multi-floor residential buildings in Nablus\Palestine, was chosen as a case study, and two parametric tools, one for analysis (AGRI|gen\Analysis) and another for design (AGRI|gen\design) were developed and implemented. The study found that in the chosen neighbourhood, existing facades can provide about 28,500 m2 of farming area, but only half of the facades and all of the roofs were suitable for daylight-based farming. Tomatoes and cucumbers can be farmed on 25% and 33% of the facades, respectively, to fulfil about 350% and 237% of tomatoes and cucumbers consumption by the same neighbourhood simultaneously. Roofs were found to be more suitable for high DLI-requiring plants like sweet peppers as they can produce more than 315 times the local consumption. In terms of design, a modular adaptive facade system was designed to fit the neighbourhood to enhance the farming possibilities. The facade system needed about 40,824 modular units of which 73.3%, 10.1%, 8.7%, and 8% of them were LED, PV, Sensor, and fan units respectively, with an average system cost of about $55.2\m2 and a total cost of $1.7M. Finally, a comparison between the system and a proposed vertical farm building in the same region was done, and then related recommendations by the researcher were suggested. This research highlights the potential for productive farming on facades and roofs, which could contribute to sustainable and resilient cities.

Experimental Research on a Solar Energy Phase Change Heat Storage Heating System Applied in the Rural Area

Thermal energy storage technology can effectively promote the clean heating policy in northern China. Therefore, phase-change heat storage heating technology has been widely studied, both theoretically and experimentally, but there is still a lack of engineering application research. According to the characteristics of heating load in northern rural areas, a kind of solar heating system using phase-change materials (PCMs) for heat storage is proposed. Furthermore, a farmhouse is used to demonstrate the practical engineering applications of the heating system. The heating system consists of the phase-change heat storage device (PCHSD), solar thermal panels, and a floor radiant heating terminal, which can realize the effective utilization of solar energy. Considering solar power generation capacity, heating load characteristics of farm buildings, and the local electricity price model, four potential operation modes of the heating system are established. Then, the corresponding control strategies are proposed for the four operating modes. The actual operation data of the heating system under different operating modes were collected continuously, and the application effect of the heating system was evaluated from the aspects of thermal efficiency of the device, the renewable energy efficiency, thermal comfort level, and economy. The experimental results show that: (1) The thermal efficiency of the device is mainly affected by the heating load, which can reach more than 80% during the test period; (2) the renewable energy efficiency of the system is positively correlated with the solar radiation intensity, and the maximum can reach 100% when the solar radiation is sufficient; (3) the system maintains excellent thermal comfort in all conditions, with the average and the highest thermal comfort time accounting for 80% and 100%, respectively; (4) compared with the average level of existing clean heating technology, the annual operating cost of the system is reduced by 27.3%, and the economy is significant. The results show that the system achieves effective performance during the test period.

Characteristics of Electricity Consumption on the Example of Poultry Farming in Poland

The article presents the results of the analysis of parameters describing electricity consumption in individual phases of the production cycle on a poultry farm. One full broiler rearing cycle on the farm was analyzed. Electrical parameters were tested during the broiler rearing process using a power quality analyzer with a measurement interval of 1 min. During the tests, the analyzer recorded the active and reactive power, phase and line voltage, power factor, and frequency. On the basis of collected data, original indicators describing electricity consumption per chicken wkA, wkQ, and per unit area wiA, wiQ were determined. The regression curves of active and reactive power consumption in particular stages of the cycle were also determined, and the minimum and maximum values of active and reactive power consumption were determined. The accomplished research can be used in planning electricity demand in energy-self-sufficient areas. The presented original indicators can be used to determine power demand on broiler farms, depending on the planned production volume or size of farm buildings.

Development of a Checklist to Identify Injury Hazards on Row Crop Farms in the Midwestern United States.

Agriculture is among the most dangerous industries in the U.S., yet routine surveillance of injury hazards is not currently being conducted on a national level. The objectives of this study were to describe a new tool, called the Hazard Assessment Checklist (HAC), to identify and characterize farm hazards that increase injury risk to farmers and farm workers, and (2) report the inter-rater reliability of the new tool when administered on row-crop farms in Iowa. Based on a literature review and a consensus of expert opinion, the HAC included hazards related to self-propelled vehicles, powered portable implements, fixed machinery and equipment, farm buildings and structures, fall risks, and portable equipment associated with fall risk. A scoring metric indicating the extent of compliance with recommended safety guidelines and standards was developed for each item of the HAC, which included compliant, minimal improvement needed, substantial improvement needed, and not compliant. Inter-rater reliability was assessed from data collected by research staff on 52 row crop farms in Iowa. Cohen's weighted Kappa values demonstrated high inter-rater reliability, ranging between 0.86 and 0.94, for all HAC sections. The HAC can be completed in 1.5-2 hours on each farm and requires about three hours of training, two hours of which are spent in field training. The ability to monitor injury-related hazards over time using an empirically driven tool will contribute significantly to injury prevention efforts in an industry with consistently high rates of fatal and nonfatal injury.

Water use patterns within each day: Variation between batches of growing pigs in commercial production systems

Objective: To measure, describe, and compare the water use patterns within each day for multiple cohorts of weaner, grower, and finisher pigs in farm buildings. Materials and methods: Prospective, observational cohort studies of the water use patterns within each day were conducted in 5 pig buildings using either a turbine or ultrasonic water flow meter attached to the main water pipe entering each building. Water use data were collected from multiple batches of pigs (second-stage weaners over eleven 48-day periods and grower-finishers over 4 periods of 21-43 days). Semi-parametric models of pig water use patterns within each day were estimated using the brms software package in R. To estimate the interacting effects of time and pig body weight on water use by pigs, we used tensor product smooths for time and pig body weight. Results: The water use pattern within each day varied between the cohorts, and the pattern of many cohorts changed as the pigs gained weight. Some patterns were unimodal and others were bimodal, with the main peak in water use occurring early afternoon to late afternoon. Implications: Water use patterns of pigs within each day varied between and within cohorts. The water use pattern of one cohort cannot be used reliably to predict that of other cohorts, even if they are reared in the same building. Water use pattern data may be valuable for optimizing in-water antimicrobial dosing regimens.

GAIDYS (VIŠTA): MITINIŲ BŪTYBIŲ PAVIDALAS

This article is the continuation of the previous publications and reports given at scientific conferences that in one way or another, analysed the image of rooster/hen in the Baltic religion and mythology. This research aims to determine the relationship of the rooster/hen with various Lithuanian deities and mythical creatures and what reflections of this relationship can be encountered in the late 20th – early 21st century beliefs. The Catalogue of Lithuanian Narrative Folklore records quite a lot of sagas and beliefs in which a rooster / hen appears (is depicted) in the form of a rooster or a hen. Sagas in which household spirit appears in the form of a rooster are especially notable for their abundance. The image of the household spirit – rooster (household spirit is hatched from a rooster’s egg, fed with scrambled eggs, carries grain, lives in farm buildings, where grain is dried, threshed, and stored), brings it closer to the Lithuanian God of Threshing and Fire in the Threshing Barn called Gabjaujas. The idol of the god Vėjopatis, described by M. Pretorijus at the end of the 17th century and depicted with a rooster on his head, stands out for its originality. The available data allows the researchers to determine its purpose only hypothetically. Sagas and beliefs, in which fairies, devils, and witches assume the form of a hen (rarely, of a rooster), are considered of later origin when the images of the old faith were demonised under the influence of Christianity.