228 research outputs found

    Anemone Cut Flower Production in Utah

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    Anemone (Anemone coronaria) is grown as a cool-season annual for cut flower production in Utah. Tubers can be planted as early as November in a high tunnel for blooms beginning in March. For field production, plant in fall with insulation or as early as possible in spring (i.e., the soil is workable, approximately early March) for blooms beginning in May. Flower production ceases when temperatures reach approximately 80°F, usually by early July in northern Utah. In North Logan, UT, high tunnels produced an average of 2 to 7 marketable stems per plant, compared to 1 to 4 stems per plant when field grown. Anemone is popular with florists for use in spring arrangements. Its wholesale profit potential is moderately high compared to other Utah grown-cut flowers

    Ranunculus Cut Flower Production in Utah

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    Ranunculus (Ranunculus asiaticus) is grown as a cool-season annual for cut flower production in Utah. Tuberous roots can be planted as early as November in a high tunnel for blooms beginning in April. For field production, plant in November with insulation or as early as possible in spring for blooms beginning in May. Flower production ceases when temperatures reach approximately 80°F, usually by early July in northern Utah. In North Logan, UT, high tunnels produced an average of 3 to 7 marketable stems per plant, compared to 1 to 2 stems per plant in the field. Profit potential is high when grown in a high tunnel and sold wholesale compared to other Utah-grown cut flowers

    Tutors for Transfer? Reconsidering the Role of Transfer in Writing Tutor Education

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    Writing center professionals’ (WCPs) efforts to integrate transfer of learning theory into writing tutor education have exceeded empirical research on the effects of such curricula. Building on research in this area (Cardinal, 2018; Hill, 2016), we designed and implemented a semester-long, transfer-focused training curriculum for experienced undergraduate writing tutors that sought to build on tutors’ prior knowledge of writing center pedagogy. We tracked these tutors’ understanding of, attitudes toward, and uses of transfer and transfer talk in writing center sessions over the course of a semester. Through analysis of training meeting transcripts and a post-training survey, we found that tutors developed a basic understanding of transfer and demonstrated positive attitudes toward transfer and transfer talk; however, they responded negatively to examples of explicit transfer talk in the curriculum and proposed modifications constrained by the social context of tutoring (Carillo, 2020). We characterize these modifications as instances of tutors contextualizing transfer talk in light of their prior knowledge of writing center pedagogy. We encourage WCPs who are designing or researching transfer-focused tutor education to conduct additional empirical research and to prioritize tutors’ perceptions and experiences in order to develop more dynamic conceptions of transfer in writing center studies (Carillo, 2020)

    Anemone Cut Flower Production Budget, One High Tunnel, Northern Utah, 2022

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    This budget contains costs (preplant and site preparation, establishment and maintenance, and harvest and processing) and returns for the production and sale of anemone cut flowers that were grown in a high tunnel (14 feet by 40 feet). Production methods, yield, costs, and pricing were determined from Utah State University (USU) research trials, as well as feedback from Northern Utah producers. The costs and returns represent typical production in Northern Utah but should be adjusted where necessary for individual situations. Site selection, tunnel use, variety, harvest timing, pest management, and other practices will impact costs and returns to a cut-flower operation

    Ranunculus Cut Flower Production Budget, One Field, Northern Utah, 2022

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    This budget contains costs (preplant and site preparation, establishment and maintenance, and harvest and processing) and returns for the production and sale of ranunculus cut flowers that were grown in a field (14 feet by 40 feet). Production methods, yield, costs, and pricing were determined from Utah State University (USU) research trials, as well as feedback from Northern Utah producers. Typical production in Northern Utah is highly variable, with net returns influenced by labor costs, management practices, yield, stem length, and marketing success. Based on USU research trials, ranunculus results in an economic loss of $0.95 per square foot when grown as a field cut flower crop in Northern Utah and sold at wholesale pricing. Wasatch Front trials indicate greater yields are possible and potentially profitable, but growers should evaluate the risk and return potential for their unique situation

    Anemone Cut Flower Production Budget, One Field, Northern Utah, 2022

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    This budget contains costs (preplant and site preparation, establishment and maintenance, and harvest and processing) and returns for the production and sale of anemone cut flowers that were grown in a field (14 feet by 40 feet). Production methods, yield, costs, and pricing were determined from Utah State University (USU) research trials, as well as feedback from Northern Utah producers. Typical production in Northern Utah is highly variable, with net returns influenced by labor costs, management practices, yield, stem length, and marketing success. Based on USU research trials, anemone has a low profit potential ($0.50 per square foot) when grown as a field cut flower crop in Northern Utah and sold at wholesale pricing. Growers should carefully consider their unique situation when determining whether anemone can be a viable part of their operation

    Ranunculus Cut Flower Production Budget, One High Tunnel, Northern Utah, 2022

    Get PDF
    This budget contains costs (preplant and site preparation, establishment and maintenance, and harvest and processing) and returns for the production and sale of ranunculus cut flowers that were grown in a high tunnel (14 feet by 40 feet). Production methods, yield, costs, and pricing were determined from Utah State University research trials, as well as feedback from Northern Utah producers. The costs and returns represent typical production in Northern Utah but should be adjusted where necessary for individual situations. Site selection, tunnel use, variety, harvest timing, pest management, and other practices will impact costs and returns to a cut-flower operation

    Low Tunnels for Field Cut Flower Production

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    Cut flower production in Utah can be limited by cold winters, late-spring freezes, daily temperature fluctuations, canyon winds, and intense sunlight. For growers who lack the space to construct a high tunnel, low tunnels can advance, extend, and improve seasonal production. Temperature increases from low tunnels during winter and spring can increase emergence and yield compared to unprotected beds, but require venting to avoid heat damage. During summer, low tunnels easily transition into shade structures that provide cooling and protection from the sun. This fact sheet describes a simple and cost-effective low tunnel design with metal-conduit hoops that are tall enough to cover the plant canopy; anchored to the ground with rebar; and fitted with fabric row cover, plastic, or shade cloth. We also share guidelines for using low tunnels to optimize cut flower production and present temperature management information
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