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Official websites use. Share sensitive information only on official, secure websites. The images or other third party material in this article are included in the article's Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article's Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. Efficient use of scarce water resources is both a marketing objective and an environmental obligation for sustainable agriculture. In modern agricultural production, which is intensive and should at the same time be environmentally friendly, there is a need to monitor soil moisture, salinity and temperature. The aim of the study was to determine the demand of producers of agricultural and horticultural plants for equipment and systems for monitoring soil properties at an individual farm level in regions with highly developed agriculture. A questionnaire survey was conducted among respondents, also direct interviews in Poland were undertaken. In their view cost is not the most important obstacle to the purchase of the necessary probes. More important is that the devices should be easy to install and use, and have an easy to use application for data collection, processing and transfer. The current market does not offer solutions that meet these producers expectations. Technical problems related to the operation and servicing of such equipment were the most frequently mentioned impediments in their use. However, farmers and horticulturists believe that knowledge of their soil properties would allow them to optimize the elements of cultivation technology, including the use of plant irrigation systems, the use of mineral fertilizers and plant protection products. Climatic conditions shape plant production- not only the yields, but also the area sown, production intensity and selection of technologies 1. Climatic elements, especially the rainfall and the air temperature are necessary for the proper functioning of the physiological processes of crops 2 , their development and productivity 3 , as well as for shaping the broadly understood properties of soil 4. Crop plants are sensitive to climate change: deficiency or excess water, or suboptimal temperatures may cause severe abiotic stresses 5 , 6. Drought stress causes molecular, biochemical, physiological and morphological changes in plants 7. Plants then grow smaller organs, e. According to Daryanto et al. The results of research conducted on a global scale also indicate the negative impact of an increase in temperature on the yields of the crops most important for feeding humanity. An increase in temperature by one degree Celsius reduces the yield of maize by 7. Climate change, limited water resources and the high demand for water in agriculture require an increase in the efficiency of water use 11 , This can be possible through interdisciplinary research and activities in the field of plant genetics and biology, as well as in measurement technology and agrotechnology 13 , The first condition is the monitoring of rainfall and air temperature and other climatic elements that strongly affect the water balance in the soil available to plants 15 , There are many sources of data on that topic in the literature 17 — 19 , however, they are often not very accurate and vary in terms of their measurement methodology The spatial and temporal monitoring of soil moisture is even more difficult. There are many methods for making direct and indirect evaluations of soil moisture: thermogravimetric direct method, electrometric method, capacitance method, frequency domain reflectometry, time domain reflectometry and the neutron method 21 , However, there are few systems for monitoring and collecting data that use a standardized method for soil moisture measurements, as well as for probe data registration, collection and transmission from multiple stations located over a large area. The lack of accurate information concerning the spatial differentiation of soil water resources available to plants greatly limits the effectiveness and economic legitimacy of sustainable and precision agriculture. The idea of precision agriculture is the application of production means in accordance with the conditions resulting from soil variability, including its moisture, temperature and salinity 24 , In regions with highly developed agriculture and horticulture, producers eagerly use the benefits of technical and technological progress, although in the case of precision agriculture their implementation in Europe is smaller than it is in American or Australian agriculture In the literature, however, there are few reports on the practical use of devices and systems for the monitoring of spatial and temporal variability of soil properties at a field or farm level. Also, not all modern technologies are accepted among producers, which may be due to a lack of confidence in their effectiveness 12 , 27 , It was thus hypothesized that despite the large market demand for measurement solutions, their popularization in agricultural and horticultural production would require universal, durable, technically uncomplicated, easy-to-use and inexpensive devices. Such requirements can be met by dielectric probes. The knowledge on soil moisture, temperature and salinity is needed by producers to make many decisions regarding not only plant irrigation 29 , 30 , but also for optimization of fertilization, as well as of dates and methods of tillage, sowing, cultivation measures and plant harvesting. The purpose of the present work was to determine the demand of producers of agricultural and horticultural plants in regions with highly developed agriculture for devices and monitoring systems of soil properties at the farm level. The research was aimed at understanding the expectations of farmers and horticulturists regarding the functional features of such solutions and their expected usefulness in making production decisions. A critical analysis of the global market of available and easy-to-use dielectric solutions for assessing the continuous changes in soil properties during the vegetation period was also performed. Characterizing respondents' farms location, acreage, crop structure — Tables 1 , 2 , 3. Assessment of farmers' respondents knowledge about the need for and possibilities of soil properties monitoring — Tables 4 , 8. A review of the state-of-the-art in relation to probes for assessing moisture, temperature and salinity of soils — Table 5. Analysis of the needs and expectations of farmers in relation to the probes depending on the actual farming conditions— Tables 6 , 7 , 9 , Figs. Assessment of the need and current state of monitoring of soil properties, including soil moisture. Assessment of the impact of soil properties on the optimization of agrotechnical procedures—farmers' declarations. Individual calibration may be beneficial for soils with a high content of clay fraction or organic matter. It is also advised to perform an individual calibration of the probe for the tested soil type to achieve good measurement accuracy. TDR time-domain-reflectometry, measurement of apparent dielectric permittivity. Moisture measurement is virtually independent of soil salinity in the salinity range of normal agricultural soils , soil texture influence is usually minimal and negligible for most mineral soils in agricultural applications. For most soils, standard calibration provides sufficient measurement accuracy. CAP measurement of capacitance or impedance of sensor electrodes inserted into soil at a specific frequency, usually not higher than MHz. The lower the measurement frequency that is used the greater is the potential influence of soil salinity and texture. Producers may supply several calibration functions for various soil types. It is also advised to perform an individual calibration of the sensor for the tested soil type to achieve good measurement accuracy. Declaration of demand for devices monitoring soil properties depending on the characteristics of the farm. Geographic and administrative diversity of the willingness to use devices for monitoring soil properties. Relationship between the size of the farm and the declared number of purchases and use of probes. Relationship between irrigated area on the farm and the declared number of purchase and use of probes. Clusters of voivodeships with similar farmers' expectations regarding the features of probes for the assessment of soil moisture and salinity. Main components of farmers' expectations in voivodeships with regard to the possibility of using probes to optimize agrotechnical treatments: 1-date of commencement of field works, 2-sowing date, 3-sowing depth, 4-method of soil cultivation, 5-method and dose of fertilization, 6-application of plant protection products, 7-dates of fertilization. Clusters of farms of different areas ha with similar expectations of farmers in terms of the features of the soil moisture and salinity probes. Main components of expectations of owners of farms with different areas with regard to the possibility of using probes to optimize agrotechnical treatments: 1-date of commencement of field works, 2-date of sowing, 3-sowing depth, 4-method of soil cultivation, 5-method and fertilization dose, 6-application of plant protection products, 7-dates of fertilization. Clusters of groups of plants cultivated by farmers with similar expectations regarding the features of soil moisture and salinity probes. Main components of the expectations of farmers cultivating various groups of plants with regard to the possibility of using probes to optimize agrotechnical treatments: 1-date of commencement of field works, 2-sowing date, 3-sowing depth, 4-soil cultivation, 5-method and fertilization dose, 6-application of plant protection products, 7-dates of fertilization. The source material consisted of the results of the survey and face-to-face interviews. The respondents consisted of owners or managers of farms in Poland. The respondents were selected randomly during the most important national agricultural meetings in the summer of The respondents had farms located in communes in 10 voivodeships provinces that have the most developed agricultural and horticultural production in Poland. The selection of the research area, the diversity of respondents and the economic potential of their farms enables a generalization of the obtained results to many agricultural regions in Europe and in the world. The survey questionnaire and the interview scenario included questions about the location of the farm, its area, the species structure of cultivated plants and the use of crop irrigation. The resulting data was subjected to mathematical and statistical analysis. By grouping results according to a given criterion, incorrectly filled questionnaires were removed. Excel spreadsheet Microsoft Corporation and the statistical package Statistica Multivariate analyzes were also performed. The results of the surveys and interviews were analyzed in three groups of respondents: territorial - voivodship, area - farm size, and crop structure - species and groups of crops. In the first group, there were 7 cases with over 10 respondents in each voivodeship , in the second group cases, and in the third - 7 cases. The variables were the functional and technical features 16 traits of probes for monitoring soil moisture and salinity as well as the agronomic functionalities of these probes that were expected by farmers to be useful for optimization of plant production. The percentages of respondents' positive responses were treated as values for individual features and were standardized prior to cluster analysis and principal component analysis. The result of the cluster analysis is presented as a dendrogram after using Ward's method for grouping cases. The results of the principal component analysis two principal components are presented as a projection of primary variables on the plane. The largest number of surveys were carried out in regions with well-developed field agricultural and horticultural production—vegetable growing, fruit growing, i. The surveys covered farms diversified in terms of their area, the type of agricultural land and the crop structure. The test sample included both small farms and large agricultural enterprises with several thousand of ha of agricultural land. This is a consequence of the data collection methodology. The survey questionnaire and direct interviews were carried out mainly among the owners and users of farms with a high production potential and, to a lesser extent, in small farms producing for self-supply of the family and not having a commercial character. On the other hand, such a disproportion in the surveyed area groups of farms is justified, since farms with larger areas constitute more of a potential market for devices for monitoring the soil moisture, temperature and salinity. A particularly important group of the respondents interested in soil moisture monitoring were the owners of farms who grow commodity crops while applying irrigation. Thus, farms were grouped based on the presence Yes, No of irrigation systems and cultivated plants. Only 11 farms 1. These were farms specialized in the cultivation of vegetables, maize or other crops Table 3. In Poland, however, farms cultivating basic agricultural crops, such as cereals, oilseed rape and sugar beet, dominate. In the study group, these crops constituted Direct interviews were conducted in 15 locations with producers of agricultural, horticultural and special crops. These were farms of various sizes and production types: three large-area farms — ha mainly engaged in the production of agricultural crops; three large-area — ha and three smaller 20—80 ha farms focused on the production of vegetables; four fruit farms; as well as two farms growing hops. All methods were carried out in accordance with relevant guidelines and regulations. Informed consent was obtained from all subjects—the questionnaires were anonymous. All respondents were of legal age. None of the experimental protocols required approval by licensing committees or institutions. The survey results indicate that for most farmers and horticulturists in Poland, i. It follows from this data that farmers are aware of the impact of soil moisture on the conditions and effects of plant cultivation, but they have no possibility to make an ongoing assessment and analysis. Such a situation exists not only in Poland, but also in other countries. Even innovative and well-developed soil moisture monitoring systems on a global scale have limited application in individual farms 23 , Farmers expect easy-to-use devices that monitor soil moisture for the purpose of making optimal decisions when irrigating arable crops Similar expectations of Polish farmers were confirmed by the high percentage of respondents - Our analysis of the available commercial solutions on the market indicates that the currently available monitoring systems are imperfect and difficult in direct use on a farm, e. It uses, however, capacitive probes, whose measurements are affected by a systematic error resulting from the influence of salinity and soil texture Table 5. Despite an awareness of the present technical limitations, the majority A condition was that the probe manufacturers eliminate current design imperfections Fig. In total, the sample of surveyed farmers declared a demand for probes, and most of them said they would build a system for monitoring soil properties in their farm in the future. This number of devices could make it possible to build a measurement network for monitoring soil properties in a farm. The obtained declarations of purchase and use indicates the farmers' desire for simple, easy-to-use devices for assessing soil moisture, salinity and temperature. According to the results of studies conducted by Jury and Vaux 31 and Regan et al. Therefore, conserving water is a duty of everyone, including farmers regardless of their type and size of production. Therefore, the size of the farm was not a very important premise that farmers followed when declaring their willingness to purchase equipment for the ongoing assessment of soil properties. Such results confirm, therefore, a high awareness of farmers on the impact of soil moisture, salinity and temperature on production efficiency and the environment. This is also indicated by a stronger relationship between the irrigated area within the farm and the declared number of probes to be used. This is justified because irrigation is a high-cost element of cultivation technology, and its effectiveness depends on the properties of the soil. Therefore, the knowledge of its moisture, but also temperature and salinity, allows one to optimize the time of irrigation, the dose of water and coexisting fertilizing. The spatial variability of soil also contributes to the need for accurate monitoring of soil properties in an irrigated field The characteristics of an agricultural holding, i. This interest was high and varied from In farms not cultivating cereals, and thus having other intensive crops, the interest in these devices was the highest with an average of 7. The data in Table 6 show that a relatively high interest in devices for monitoring soil moisture, salinity and temperature was demonstrated by farmers growing various groups of plants. However, the largest number of such declarations were made by farmers growing vegetables - Farmers growing oilseed rape were also more interested in using probes than those who do not grow oilseed rape. It follows, therefore, that those most interested in the use of these devices were farmers growing crops generating potentially large profits, but requiring favourable soil conditions the correction of which is possible by agricultural practices when the soil moisture, salinity and temperature are known. The declarations of purchase and use of devices for the assessment of soil properties were regionally diversified Table 7. All surveyed farmers and horticulturists from the Mazovian voivodeship expressed a need to have such devices in their farms. It should be noted that this is the region of Poland with the largest concentration of orchards and with many vegetable farms. In the West Pomeranian voivodeship, in turn, there are large-scale agricultural farms, whose users have a high awareness of spatial and temporal diversification of soil properties and their impact on the effectiveness of agricultural practices These conditions were also emphasized by farmers in direct interviews. In their opinion, the influence of soil properties on other cultivation practices, such as fertilization, plant protection and irrigation, is also high. Such reasoning is fully justified, because the soil properties determine its bearing capacity and traction capacity for tractors and agricultural machinery without adversely affecting the soil structure 35 , Soil temperature and moisture, in turn, are the basic factors of seed germination and plant growth 37 — Most farmers have recognized that the most important features that characterize a good soil monitoring device are measurement accuracy and reliability. Also important are the ability to assess soil properties at various depths, wireless data transmission and estimation of the water dose during irrigation based on the obtained soil moisture and temperature Table 9. According to farmers, the price of equipment is also important although it is not the most important. Farmers' expectations regarding the performance features of the probes and the possibility of using them in the optimization of agrotechnical treatments were most similar in the Kuyavian-Pomeranian KP , Greater Poland WP , and Pomeranian PM voivodships. These are regions of Poland with typical family farms conducting commercial crop and livestock production with the inclusion of horticultural production. Farmers from the Lubusz LU and West Pomeranian ZP voivodships—regions of north-western Poland with large-scale farms focused mainly on field crop production—had the most different expectations for the probes Fig. According to the expectations of farmers from their respective voivodeships of Poland, the most important features are the possibility of using the probes to optimize the method and dose of fertilization 5 and the choice of the date of fertilization of plants 7 , which is not correlated with the aforementioned characteristic—it is the greatest contribution to the first component. Farmers' expectations regarding the functionality of the probes were related to the size of their farms Fig. The expectations of the farmers of the smallest farms up to 20 ha and large farms of — ha were the most divergent. The requirements of owners of farms with a smaller area, up to ha, differed from the requirements of farmers running production on farms with a large area. Farmers expected, above all, that the probes would facilitate the use of plant protection products 6 and that they would be reliable, easy to use, and reported results online 12 — 14 —these are the first main component Fig. Probes should also optimize the choice of the date of commencing field works 1 and fertilization of plants 5 , 7 with the ability to measure soil moisture and salinity both in the 0—15 cm and 0—30 cm layer 9 , 10 —these are the second main component. The dendrogram Fig. The first group were farmers growing agricultural crops such as cereals, beetroot, rape and others, and the second group were potato growers. Horticulturists growing vegetables and fruit trees are separate groups. Farmers cultivating various groups of plants declared that probes monitoring soil moisture and salinity should help in choosing the optimal date of field works 1 , including the date of sowing 2 , the method of soil cultivation 4 and the method and dose of fertilization 5 —these are the first main component. Direct interviews conducted with a representative sample of farmers confirmed the results of the survey. Regardless of the production sector agriculture, horticulture , farm size or region, farmers emphasized the need for ongoing monitoring of soil properties, mainly moisture, temperature and salinity. This knowledge would allow them to optimally use the natural fertility of the soil, increase the efficiency of the use of means of production and make agricultural production more environmentally friendly. In their opinion the monitoring of rainfall and air temperature is no longer sufficient. Agricultural producers in Poland believe that nowadays soil properties should be assessed not only on the farm scale, but also in fields and even in fragments of a field. Creating monitoring systems would allow for rational and precise application of water, mineral fertilizers or plant protection products. It would also be easier to make decisions on scheduling work in fields and in orchards. The interviewees pointed to such solutions already functioning in Poland, but adapted to drought monitoring throughout the whole country Widespread monitoring of soil properties in the farm, especially of monitoring systems, requires a technical improvement in the devices for assessing soil moisture, salinity and temperature. Jones et al. Without informed consumer choices a product price point may be controlled more by advertising advantage than by product performance and quality. Technical problems connected to the operation and servicing of such equipment are the most frequent reasons for discontinuation of their use by respondents. In the farmers' opinion, these devices must be easy to use and reliable. However, as in drought monitoring 42 , they should contain advanced computer applications for optimizing and verbalizing cultivation recommendations. Currently, only 4. The price of the probes in question is not the most important purchase criterion. Farmers and horticulturists expect probes that are easy and practical to use, reliable and durable. Agricultural producers are also interested in applications that facilitate making agrotechnical decisions. The obtained results prove the insufficient supply of probes meeting the expectations of agricultural producers and show a high demand for equipment with appropriate utility features. The analysis of currently available solutions shows that the market does not offer such devices. This is also confirmed by the opinions of the respondents. The vast majority of farmers are aware of the importance of assessing soil moisture, temperature and salinity in optimizing irrigation, fertilization and pesticide application as well as other agrotechnical procedures. Farmers using irrigation systems, as well as producers of vegetables and rape, showed a greater interest in purchasing probes. A territorial differentiation in this respect was also shown. Conceptualization: L. Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations. As a library, NLM provides access to scientific literature. Sci Rep. Kaliskiego 7, Bydgoszcz, Poland. Find articles by Iwona Jaskulska. Find articles by Dariusz Jaskulski. Find articles by Arkadiusz Lewandowski. Find articles by Andrzej Wilczek. Received Feb 5; Accepted Jul 21; Collection date Open in a new tab. Crop structure and plant irrigation on agricultural and horticultural farms. Yes Yes 45 4. Dielectric properties of the probes selected for evaluation of soil properties. Required features of devices for soil properties monitoring according to farmers' expectations. Publisher's note Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations. Similar articles. Add to Collections. Create a new collection. Add to an existing collection. Choose a collection Unable to load your collection due to an error Please try again. Add Cancel.

Smoking Weed By the Book: Germany's Awkward Path To Legalizing Cannabis

Buying weed Lech

Rydyn ni wrthi'n cyfieithu ein gwefan newydd ar hyn o bryd. Home to a wealth of North Wales slate mining history, Llechwedd now houses world-first underground and above-ground adventures. Unlock your potential and push yourself to embark on a truly epic, memorable adventure that will leave you feeling accomplished. Enjoy everything the site has to offer, including exceptional food and beverage options, comfortable facilities, and WiFi. The Slate Caverns includes an experience for almost everyone, from Titan, the first 4 person zip line in Europe to the unique, all weather underground adventures that are Bounce Below and Zip World Caverns. Pop over to our cafe for fresh local food, such as tasty burgers or crisp fresh salads. Highly recommend visiting Zipworld at their Slate Caverns site! We booked in all 3 activities on a bank holiday and we were there for the whole day: Titan, Bounce Below and Caverns we completed in one. 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Buying weed Lech