The development of the optimal chemical composition of the medium for the different growth phases of the strawberry growth that has been grown in free systems. (Q111449): Difference between revisions
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(Removed claim: summary (P836): The project will lead to the development of the optimal chemical composition of the medium to fertigation, for the different stages of the growth of strawberry growing in a gluten-free scheme. In order to meet the target it will be necessary to carry out a two-step study. The first phase will include the design of the composition of the medium (macro and micro-nutrient content) and the overall concentration of salt (EC) separately for the root...) |
(Created claim: summary (P836): The subject of the project will be to develop the optimal chemical composition of the fertigation medium, for the individual stages of growth of the strawberry repeating fruitage grown in the soilless system. In order to achieve the objective, a study of two stages will be necessary. The first stage will include designing the composition of the medium (macro and micronutrient content) and the overall concentration of salt (EC) separately for roo...) |
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The subject of the project will be to develop the optimal chemical composition of the fertigation medium, for the individual stages of growth of the strawberry repeating fruitage grown in the soilless system. In order to achieve the objective, a study of two stages will be necessary. The first stage will include designing the composition of the medium (macro and micronutrient content) and the overall concentration of salt (EC) separately for rooting, vegetative growth, flowering and fruiting. Based on the designed composition of the medium, the nutrient balance will be carried out taking into account the chemical analysis of water, which will allow to propose the amount and type of fertilisers needed to prepare mediums. The second test will consist of verification of the composition of mediums in the cultivation of the soilless strawberry. The mediums designed in stage I will be used in the cultivation of strawberry soilless. There will be verification of the composition of the medium in the cultivation of the soilless strawberry. The correctness of their composition will be verified by chemical analysis of the index parts of strawberries taken during the fruit colouring phase, analysis of the quality of fruit, fruit yield. As a result of the research, an innovative formula of the medium for precise cultivation of strawberries repeating fruiting and recommendations for the use of medium in a specific stage of the plant will be created. The service which is the subject of the project will be performed at the H. Kołłątaja Agricultural University in Krakow, Plant Nutrition Plant Plant Plant in the period 01.03-2017-31,12. 2017, for the amount of PLN 100 000 net. The main assumptions of the project are the desire to: to benefit from grants dedicated to R & D cooperation, to join the group of entrepreneurs receiving grant support for the creation of an improved, innovative product, development and introduction to the economy of product innovation, cooperation with the science sector and taking advantage of its potential in knowledge, skills, competences, laboratory and research infrastructure (English) | |||||||||||||||
| Property / summary: The subject of the project will be to develop the optimal chemical composition of the fertigation medium, for the individual stages of growth of the strawberry repeating fruitage grown in the soilless system. In order to achieve the objective, a study of two stages will be necessary. The first stage will include designing the composition of the medium (macro and micronutrient content) and the overall concentration of salt (EC) separately for rooting, vegetative growth, flowering and fruiting. Based on the designed composition of the medium, the nutrient balance will be carried out taking into account the chemical analysis of water, which will allow to propose the amount and type of fertilisers needed to prepare mediums. The second test will consist of verification of the composition of mediums in the cultivation of the soilless strawberry. The mediums designed in stage I will be used in the cultivation of strawberry soilless. There will be verification of the composition of the medium in the cultivation of the soilless strawberry. The correctness of their composition will be verified by chemical analysis of the index parts of strawberries taken during the fruit colouring phase, analysis of the quality of fruit, fruit yield. As a result of the research, an innovative formula of the medium for precise cultivation of strawberries repeating fruiting and recommendations for the use of medium in a specific stage of the plant will be created. The service which is the subject of the project will be performed at the H. Kołłątaja Agricultural University in Krakow, Plant Nutrition Plant Plant Plant in the period 01.03-2017-31,12. 2017, for the amount of PLN 100 000 net. The main assumptions of the project are the desire to: to benefit from grants dedicated to R & D cooperation, to join the group of entrepreneurs receiving grant support for the creation of an improved, innovative product, development and introduction to the economy of product innovation, cooperation with the science sector and taking advantage of its potential in knowledge, skills, competences, laboratory and research infrastructure (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project will be to develop the optimal chemical composition of the fertigation medium, for the individual stages of growth of the strawberry repeating fruitage grown in the soilless system. In order to achieve the objective, a study of two stages will be necessary. The first stage will include designing the composition of the medium (macro and micronutrient content) and the overall concentration of salt (EC) separately for rooting, vegetative growth, flowering and fruiting. Based on the designed composition of the medium, the nutrient balance will be carried out taking into account the chemical analysis of water, which will allow to propose the amount and type of fertilisers needed to prepare mediums. The second test will consist of verification of the composition of mediums in the cultivation of the soilless strawberry. The mediums designed in stage I will be used in the cultivation of strawberry soilless. There will be verification of the composition of the medium in the cultivation of the soilless strawberry. The correctness of their composition will be verified by chemical analysis of the index parts of strawberries taken during the fruit colouring phase, analysis of the quality of fruit, fruit yield. As a result of the research, an innovative formula of the medium for precise cultivation of strawberries repeating fruiting and recommendations for the use of medium in a specific stage of the plant will be created. The service which is the subject of the project will be performed at the H. Kołłątaja Agricultural University in Krakow, Plant Nutrition Plant Plant Plant in the period 01.03-2017-31,12. 2017, for the amount of PLN 100 000 net. The main assumptions of the project are the desire to: to benefit from grants dedicated to R & D cooperation, to join the group of entrepreneurs receiving grant support for the creation of an improved, innovative product, development and introduction to the economy of product innovation, cooperation with the science sector and taking advantage of its potential in knowledge, skills, competences, laboratory and research infrastructure (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 11:31, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The development of the optimal chemical composition of the medium for the different growth phases of the strawberry growth that has been grown in free systems. |
Project in Poland financed by DG Regio |
Statements
80,000.0 zloty
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100,000.0 zloty
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80.0 percent
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1 March 2017
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31 December 2017
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STANFLEX STANISŁAW BOGDAŁ
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Przedmiotem projektu będzie opracowanie optymalnego składu chemicznego pożywki do fertygacji, dla poszczególnych faz wzrostu truskawki powtarzającej owocowanie uprawianej w systemie bezglebowym. W celu osiągnięcia założonego celu konieczne będzie przeprowadzenie badania, złożonego z dwóch etapów. Etap pierwszy obejmie zaprojektowanie składu pożywki (zawartości makro i mikroskładników) oraz ogólnej koncentracji soli (EC) oddzielnie dla fazy ukorzeniania, wzrostu wegetatywnego, kwitnienia i owocowania. W oparciu o zaprojektowany skład pożywki zostanie przeprowadzony bilans składników pokarmowych z uwzględnieniem analizy chemicznej wody, co pozwoli na zaproponowanie ilości i rodzaju nawozów potrzebnych do przygotowania pożywek. Etap drugi badania polegać będzie na weryfikacji składu pożywek w uprawie bezglebowej truskawki. Zaprojektowane w etapie I pożywki zostaną zastosowane w uprawie bezglebowej truskawki. Nastąpi weryfikacja składu pożywek w uprawie bezglebowej truskawki. Poprawność ich składu zostanie zweryfikowana poprzez analizę chemiczną części wskaźnikowych truskawki pobranych w fazie wybarwiania owoców, analizę jakości owoców, plon owoców. W efekcie przeprowadzonych badań powstanie innowacyjna receptura pożywki do precyzyjnej uprawy truskawki powtarzającej owocowanie oraz zalecenia dotyczące stosowania pożywki w konkretnej fazie rośliny. Usługa stanowiąca przedmiot projektu będzie wykonana na Uniwersytecie Rolniczym im. H. Kołłątaja w Krakowie, Zakład Żywienia Roślin w okresie 01.03.2017-31.12. 2017r., za kwotę 100 000 zł netto. Główne założenia projektu to chęć: skorzystania z dotacji dedykowanej współpracy B+R, przyłączenia się do grona przedsiębiorców otrzymujących wsparcie dotacyjne na wytworzenie ulepszonego, innowacyjnego produktu, opracowania i wprowadzenia do gospodarki innowacji produktowej, współpracy z sektorem nauki i skorzystania z jego potencjału tkwiącego w zasobach wiedzy, umiejętności, kompetencji, infrastruktury laboratoryjnej i badawczej (Polish)
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The subject of the project will be to develop the optimal chemical composition of the fertigation medium, for the individual stages of growth of the strawberry repeating fruitage grown in the soilless system. In order to achieve the objective, a study of two stages will be necessary. The first stage will include designing the composition of the medium (macro and micronutrient content) and the overall concentration of salt (EC) separately for rooting, vegetative growth, flowering and fruiting. Based on the designed composition of the medium, the nutrient balance will be carried out taking into account the chemical analysis of water, which will allow to propose the amount and type of fertilisers needed to prepare mediums. The second test will consist of verification of the composition of mediums in the cultivation of the soilless strawberry. The mediums designed in stage I will be used in the cultivation of strawberry soilless. There will be verification of the composition of the medium in the cultivation of the soilless strawberry. The correctness of their composition will be verified by chemical analysis of the index parts of strawberries taken during the fruit colouring phase, analysis of the quality of fruit, fruit yield. As a result of the research, an innovative formula of the medium for precise cultivation of strawberries repeating fruiting and recommendations for the use of medium in a specific stage of the plant will be created. The service which is the subject of the project will be performed at the H. Kołłątaja Agricultural University in Krakow, Plant Nutrition Plant Plant Plant in the period 01.03-2017-31,12. 2017, for the amount of PLN 100 000 net. The main assumptions of the project are the desire to: to benefit from grants dedicated to R & D cooperation, to join the group of entrepreneurs receiving grant support for the creation of an improved, innovative product, development and introduction to the economy of product innovation, cooperation with the science sector and taking advantage of its potential in knowledge, skills, competences, laboratory and research infrastructure (English)
20 October 2020
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Identifiers
RPMP.01.02.03-12-0304/16
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