- The document describes the annual bed strawberry production system used by Kilpatrick Family Farm in Middle Granville, NY.
- They plant strawberry tips in September and harvest in the following spring, then till the beds under after one season. This system allows for earlier harvest and cleaner fruit compared to matted rows.
- Key aspects of their system include using plastic-covered beds, applying straw mulch, and following disease prevention practices like using row covers and spraying Regalia and Oxidate as needed.
- In 2009 they harvested over 2800 pounds from 0.12 acres, grossing $13,300, equivalent to over $100,000 per acre.
This slideshow discusses how to design a tunnel to best fit your needs and once you buy that tunnel, how to set it up for maximum efficiency. Come away with strategies for 100% utilization of your space, energy efficiency, using trolleys, crop stacking, efficient heating, innovative venting, removable endwalls, and more.
Clematis is a deciduous vine that grows 10-12 feet tall and produces white, pink, or purple blooms in mid-summer. It needs full sun and support such as a wire to climb on, and its roots should be shaded. Nursery crops are perennial plants grown for the landscape industry and include trees, shrubs, and ground covers. Nurseries can be field grown or container grown. Field grown nurseries plant directly in the ground while container nurseries grow plants in containers that require daily irrigation but allow year-round harvesting. Container nurseries also require less land but more labor than field nurseries.
The document discusses techniques for season extension on a farm, including recommendations for soil type and crop matching, fertility and disease management, planning crops, and post-harvest handling and storage. Some key points covered are using appropriate rowcovers and tunnels to extend the season, choosing disease-resistant varieties, and storing crops in root cellars or high tunnels over winter.
A talk I did for Beginning Farmers of New Hampshire. We did a bubble washer and barrel washer workshop for them that day as well. Check out more info http://michael-kilpatrick.com/
Session two of the talk I gave in Pennsylvania on April 9th. This session covers season extension in the field as well as some warm season crops in the tunnels.
Grow and Eat a Rainbow 11 x 8.5 and 11 x 7 inch garden signs by Mary Van DykeMary Van Dyke
This is a series of Vegetable Garden signs with the theme of Grow and Eat a Rainbow designed by Mary Van Dyke. The rainbow of colors refer to the plant families - and help plant your garden and rotate crops successfully. The signs include a key color guide to the plant families, and details of crop rotation and use of cover crops. Signs describe a few crops, and techniques for growing tomatoes and beans at home, school or a community garden. Print these signs on 11 x 8.5 inch Terraslate 7mm polyester water-resistant 'paper' with UV coating, trim to size and place in metal sign holders 11 x 7 inch - or hole-punch and hang on a fence. These garden signs go with another longer series of 7 x 5 inch inch vegetable garden plant labels (also uploaded to slideshare).
- The document describes the annual bed strawberry production system used by Kilpatrick Family Farm in Middle Granville, NY.
- They plant strawberry tips in September and harvest in the following spring, then till the beds under after one season. This system allows for earlier harvest and cleaner fruit compared to matted rows.
- Key aspects of their system include using plastic-covered beds, applying straw mulch, and following disease prevention practices like using row covers and spraying Regalia and Oxidate as needed.
- In 2009 they harvested over 2800 pounds from 0.12 acres, grossing $13,300, equivalent to over $100,000 per acre.
This slideshow discusses how to design a tunnel to best fit your needs and once you buy that tunnel, how to set it up for maximum efficiency. Come away with strategies for 100% utilization of your space, energy efficiency, using trolleys, crop stacking, efficient heating, innovative venting, removable endwalls, and more.
Clematis is a deciduous vine that grows 10-12 feet tall and produces white, pink, or purple blooms in mid-summer. It needs full sun and support such as a wire to climb on, and its roots should be shaded. Nursery crops are perennial plants grown for the landscape industry and include trees, shrubs, and ground covers. Nurseries can be field grown or container grown. Field grown nurseries plant directly in the ground while container nurseries grow plants in containers that require daily irrigation but allow year-round harvesting. Container nurseries also require less land but more labor than field nurseries.
The document discusses techniques for season extension on a farm, including recommendations for soil type and crop matching, fertility and disease management, planning crops, and post-harvest handling and storage. Some key points covered are using appropriate rowcovers and tunnels to extend the season, choosing disease-resistant varieties, and storing crops in root cellars or high tunnels over winter.
A talk I did for Beginning Farmers of New Hampshire. We did a bubble washer and barrel washer workshop for them that day as well. Check out more info http://michael-kilpatrick.com/
Session two of the talk I gave in Pennsylvania on April 9th. This session covers season extension in the field as well as some warm season crops in the tunnels.
Grow and Eat a Rainbow 11 x 8.5 and 11 x 7 inch garden signs by Mary Van DykeMary Van Dyke
This is a series of Vegetable Garden signs with the theme of Grow and Eat a Rainbow designed by Mary Van Dyke. The rainbow of colors refer to the plant families - and help plant your garden and rotate crops successfully. The signs include a key color guide to the plant families, and details of crop rotation and use of cover crops. Signs describe a few crops, and techniques for growing tomatoes and beans at home, school or a community garden. Print these signs on 11 x 8.5 inch Terraslate 7mm polyester water-resistant 'paper' with UV coating, trim to size and place in metal sign holders 11 x 7 inch - or hole-punch and hang on a fence. These garden signs go with another longer series of 7 x 5 inch inch vegetable garden plant labels (also uploaded to slideshare).
This document summarizes the principles of biointensive gardening, which focuses on growing food with minimal resources through techniques like double digging, close plant spacing, and companion planting. It outlines the 9 main principles, which include deep soil preparation, high quality seeds, close plant spacing, watering, growing carbon crops, compost, crop rotation, companion planting, and a whole system approach. Details are provided on how to double dig beds, add compost and fertilizer, plant seeds and seedlings closely, grow carbon crops for composting, and ensure all principles are used together for success.
This document discusses seedling production and methods of planting seedlings. It describes what seedlings are, how they require protection during early growth stages, and the use of nurseries to provide optimal growing conditions. The document outlines methods of direct planting and transplanting, noting advantages and disadvantages of each. It provides details on seedling propagation techniques like media preparation, sowing, pricking, hardening, and management before transplanting seedlings into the field or their permanent locations.
This document provides guidance on establishing and maintaining a nursery for growing seedlings. It discusses preparing raised beds, sowing seeds at the proper depth and spacing, caring for seedlings, hardening them off before transplanting, and tips for harvesting various vegetable crops. The nursery should have permanent raised beds to stabilize the soil structure. Seedlings are grown to the 4-6 leaf stage before transplanting in the evening to aid recovery. Proper spacing, weeding, and care are emphasized.
Nursery types, Structure, Components, Planning and Lay out of NurseryParmarManishkumarNar
A nursery is a place, where seedling, saplings, trees, shrubs, and other plant materials are grown and maintained until they are placed in a permanent place.
Nursery bed preparation and raising different vegetable cropssabin bhattarai
This document discusses nursery bed preparation and raising different vegetable crops. It defines a nursery as an area used to raise and nurture seedlings until they are ready to be sold or transplanted. The document outlines different types of nurseries and considerations for selecting a nursery site, including location, soil type, and drainage. It describes three methods for preparing nursery beds: sunken beds, which are below ground level to conserve water; raised beds, which are 15 cm high for drainage; and level beds for non-rainy seasons, with provisions for drainage. Precautions during bed preparation include providing sufficient nutrition, fertile soil, drainage, and insect protection.
A nursery is a place where plants are propagated and grown until they are ready to be planted elsewhere. There are different types of nurseries depending on factors like the planting material used, irrigation needs, and intended duration. Permanent nurseries are maintained long-term to meet regeneration needs, while temporary nurseries are set up as needed. Nurseries can help with artificial regeneration on degraded sites by providing healthy seedlings adapted to local conditions. They allow for commercial production and introduction of exotic species that do not establish well directly from seed.
This document provides information about growing ginger at a farm located in Middle Granville, NY. It discusses the different tunnel structures used, the seed starting and planting process, watering and fertilization practices, pest and disease issues, expected yields, and contact information for the farm. The key steps outlined are: 1) starting ginger seeds indoors and transplanting seedlings into trenches when soil is 55 degrees; 2) planting in rows 3-4 feet apart and watering minimally early but heavily late in the season; and 3) harvesting after 4 months, washing and trimming the ginger for market.
This document discusses nursery management techniques for raising vegetable seedlings. It begins by grouping vegetables into those that are direct sown versus transplanted. Advantages of nursery growing are then outlined, including providing favorable growing conditions and avoiding weather issues. Principles around optimizing plant growth through rapid leaf canopy development are covered. Factors to consider when choosing a nursery site like environmental conditions and infrastructure access are also summarized. The document provides details on media, facilities, and procedures for raising healthy seedlings of various vegetable crops in nurseries.
The document discusses quality seedling production techniques for vegetable crops. It covers topics such as the advantages of producing seedlings in trays compared to direct sowing, recommended structures and materials for protected nurseries, suitable growing media like cocopeat, methods for seedling cultivation, and cost estimates. Producing quality seedlings in commercial nurseries can help ensure uniform establishment of transplanted crops and reduce losses.
This document discusses nursery production and factors that affect seedling quality. It describes different types of nurseries, including individual, community, central, commercial, and training nurseries. Good nursery practices that promote quality seedlings include careful seedling handling during pricking out, root pruning, and transport. Other important factors are using appropriate containers and substrate, and maintaining optimal nursery environment conditions like watering, weeding, and shading. Seedling production methods in countries like Cameroon, Ghana, and Tanzania are also briefly outlined.
The document provides instructions for building a worm composting bin out of wood and plywood. It lists the necessary materials which include sheets of plywood and various sizes of wood boards. It then provides a step-by-step process for cutting the wood and plywood pieces and assembling the bin, which involves constructing the bottom, sides, and lid. Holes are drilled in the bottom for drainage and care is taken to seal and reinforce the bin to contain moisture and keep pests out.
- The document discusses high tunnel strawberry production on Untiedt's Vegetable Farm over several decades. They have grown day neutral strawberries in high tunnels which allow for an extended harvest season.
- Proper site selection, soil analysis, variety selection, irrigation installation, planting, and attentive care of the crop are essential for success. Harvest must be frequent and the crop healthy to continue the season through fall.
- High tunnel strawberry production provides a unique niche crop but requires diligent management of the environment, pests, and soil to maintain healthy and profitable yields.
The document discusses two methods of planting crops - direct seeding and indirect seeding. Direct seeding involves planting seeds directly in the soil, while indirect seeding involves first planting seeds in containers like pots before transplanting the seedlings to the soil. Some key advantages of direct seeding are that it requires less labor and results in earlier maturity compared to transplanted crops. However, it also poses disadvantages like greater exposure of seeds to pests and weed competition. Indirect seeding provides more control over growing conditions but requires additional materials and preparation and transplant shock is a risk. Examples are given of crops suitable for each method.
The document discusses the establishment and components of a fruit nursery. Some key points:
1. A nursery is where young plants are raised until ready for outplanting. It aims to produce healthy, disease-free stock and introduce exotic species.
2. A nursery should have permanent structures like offices and storage, areas for seed beds and nursery beds, a pot yard, packing area, and water management systems.
3. Propagation structures like greenhouses, net houses, and mist chambers provide controlled environments for seed germination and hardening young seedlings. These are important for successful planting during unfavorable months.
The document provides information about Jashan Bhardwaj's presentation on commercial horticulture. It discusses various topics related to commercial horticulture including types of growing media, propagation structures, propagation methods like seed sowing, layering, cutting, budding and grafting. It also describes activities like kitchen gardening, preparation of fruit fly traps, Bordeaux mixture, staking plants, pit digging and mulching. The presentation covers essential aspects of establishing and maintaining commercial horticulture.
This document discusses nursery management. Some key points:
1. A nursery is a place where planting materials are raised through seeds or vegetative means with care before being transplanted elsewhere. Proper nursery management is important for mass producing quality planting materials.
2. The main phases of nursery management include planning, demand assessment, establishing a mother block, land and infrastructure requirements, and plant protection. Key elements are the nursery site, the plants being grown, and the nursery manager.
3. Proper media, containers, growing structures and environmental control are needed to successfully propagate plants. Root trainers can develop strong root systems to aid in plant establishment. The nursery manager must understand
The document provides an overview of the ten basics of square foot gardening including layout, boxes, aisles, soil, grid, care, selecting plants, watering, harvesting. It describes building boxes above ground using wood, brick, or other materials that are 6 inches deep and filled with a soil mix of 1/3 peat moss, 1/3 vermiculite, and 1/3 compost. The soil mix only needs to be 6 inches deep and provides all the nutrients plants need.
The document provides best practices for establishing and maintaining a Wadi programme, which involves planting fruit trees. It outlines recommendations for plot selection and marking, pit digging and filling, graft selection and planting, aftercare including staking, basin preparation, mulching, shade provision, and intercropping. Proper spacing, soil management, irrigation, and integrated pest management are emphasized.
Successful direct market flower production for great plains vegetable growers...Mark Cain
This document outlines a crop plan and greenhouse records for a flower farm. The crop plan maps out planting locations and schedules for the 2010 growing season, including tulips, sunflowers, celosia, and statice. The greenhouse record details seeding and transplant dates from January to February for lettuce, spinach, broccoli, cabbage, onions, leeks, and tomatoes. Careful planning of crop rotations and succession plantings provides flowers and greens from spring through fall.
1) The document discusses recent advances in cultivation and processing of rubber. It covers the origin, distribution, production, varieties, botany, propagation, nursery practices, land preparation, planting, manuring, pruning, and intercropping of rubber.
2) Key aspects covered include rubber being an important plantation crop for India, its introduction from Brazil in 1873, major producing countries like Thailand and India, and varieties commonly planted.
3) Propagation methods discussed are seed propagation, green budding, and young budding carried out in nurseries with details on spacing and maintenance provided.
This document summarizes the principles of biointensive gardening, which focuses on growing food with minimal resources through techniques like double digging, close plant spacing, and companion planting. It outlines the 9 main principles, which include deep soil preparation, high quality seeds, close plant spacing, watering, growing carbon crops, compost, crop rotation, companion planting, and a whole system approach. Details are provided on how to double dig beds, add compost and fertilizer, plant seeds and seedlings closely, grow carbon crops for composting, and ensure all principles are used together for success.
This document discusses seedling production and methods of planting seedlings. It describes what seedlings are, how they require protection during early growth stages, and the use of nurseries to provide optimal growing conditions. The document outlines methods of direct planting and transplanting, noting advantages and disadvantages of each. It provides details on seedling propagation techniques like media preparation, sowing, pricking, hardening, and management before transplanting seedlings into the field or their permanent locations.
This document provides guidance on establishing and maintaining a nursery for growing seedlings. It discusses preparing raised beds, sowing seeds at the proper depth and spacing, caring for seedlings, hardening them off before transplanting, and tips for harvesting various vegetable crops. The nursery should have permanent raised beds to stabilize the soil structure. Seedlings are grown to the 4-6 leaf stage before transplanting in the evening to aid recovery. Proper spacing, weeding, and care are emphasized.
Nursery types, Structure, Components, Planning and Lay out of NurseryParmarManishkumarNar
A nursery is a place, where seedling, saplings, trees, shrubs, and other plant materials are grown and maintained until they are placed in a permanent place.
Nursery bed preparation and raising different vegetable cropssabin bhattarai
This document discusses nursery bed preparation and raising different vegetable crops. It defines a nursery as an area used to raise and nurture seedlings until they are ready to be sold or transplanted. The document outlines different types of nurseries and considerations for selecting a nursery site, including location, soil type, and drainage. It describes three methods for preparing nursery beds: sunken beds, which are below ground level to conserve water; raised beds, which are 15 cm high for drainage; and level beds for non-rainy seasons, with provisions for drainage. Precautions during bed preparation include providing sufficient nutrition, fertile soil, drainage, and insect protection.
A nursery is a place where plants are propagated and grown until they are ready to be planted elsewhere. There are different types of nurseries depending on factors like the planting material used, irrigation needs, and intended duration. Permanent nurseries are maintained long-term to meet regeneration needs, while temporary nurseries are set up as needed. Nurseries can help with artificial regeneration on degraded sites by providing healthy seedlings adapted to local conditions. They allow for commercial production and introduction of exotic species that do not establish well directly from seed.
This document provides information about growing ginger at a farm located in Middle Granville, NY. It discusses the different tunnel structures used, the seed starting and planting process, watering and fertilization practices, pest and disease issues, expected yields, and contact information for the farm. The key steps outlined are: 1) starting ginger seeds indoors and transplanting seedlings into trenches when soil is 55 degrees; 2) planting in rows 3-4 feet apart and watering minimally early but heavily late in the season; and 3) harvesting after 4 months, washing and trimming the ginger for market.
This document discusses nursery management techniques for raising vegetable seedlings. It begins by grouping vegetables into those that are direct sown versus transplanted. Advantages of nursery growing are then outlined, including providing favorable growing conditions and avoiding weather issues. Principles around optimizing plant growth through rapid leaf canopy development are covered. Factors to consider when choosing a nursery site like environmental conditions and infrastructure access are also summarized. The document provides details on media, facilities, and procedures for raising healthy seedlings of various vegetable crops in nurseries.
The document discusses quality seedling production techniques for vegetable crops. It covers topics such as the advantages of producing seedlings in trays compared to direct sowing, recommended structures and materials for protected nurseries, suitable growing media like cocopeat, methods for seedling cultivation, and cost estimates. Producing quality seedlings in commercial nurseries can help ensure uniform establishment of transplanted crops and reduce losses.
This document discusses nursery production and factors that affect seedling quality. It describes different types of nurseries, including individual, community, central, commercial, and training nurseries. Good nursery practices that promote quality seedlings include careful seedling handling during pricking out, root pruning, and transport. Other important factors are using appropriate containers and substrate, and maintaining optimal nursery environment conditions like watering, weeding, and shading. Seedling production methods in countries like Cameroon, Ghana, and Tanzania are also briefly outlined.
The document provides instructions for building a worm composting bin out of wood and plywood. It lists the necessary materials which include sheets of plywood and various sizes of wood boards. It then provides a step-by-step process for cutting the wood and plywood pieces and assembling the bin, which involves constructing the bottom, sides, and lid. Holes are drilled in the bottom for drainage and care is taken to seal and reinforce the bin to contain moisture and keep pests out.
- The document discusses high tunnel strawberry production on Untiedt's Vegetable Farm over several decades. They have grown day neutral strawberries in high tunnels which allow for an extended harvest season.
- Proper site selection, soil analysis, variety selection, irrigation installation, planting, and attentive care of the crop are essential for success. Harvest must be frequent and the crop healthy to continue the season through fall.
- High tunnel strawberry production provides a unique niche crop but requires diligent management of the environment, pests, and soil to maintain healthy and profitable yields.
The document discusses two methods of planting crops - direct seeding and indirect seeding. Direct seeding involves planting seeds directly in the soil, while indirect seeding involves first planting seeds in containers like pots before transplanting the seedlings to the soil. Some key advantages of direct seeding are that it requires less labor and results in earlier maturity compared to transplanted crops. However, it also poses disadvantages like greater exposure of seeds to pests and weed competition. Indirect seeding provides more control over growing conditions but requires additional materials and preparation and transplant shock is a risk. Examples are given of crops suitable for each method.
The document discusses the establishment and components of a fruit nursery. Some key points:
1. A nursery is where young plants are raised until ready for outplanting. It aims to produce healthy, disease-free stock and introduce exotic species.
2. A nursery should have permanent structures like offices and storage, areas for seed beds and nursery beds, a pot yard, packing area, and water management systems.
3. Propagation structures like greenhouses, net houses, and mist chambers provide controlled environments for seed germination and hardening young seedlings. These are important for successful planting during unfavorable months.
The document provides information about Jashan Bhardwaj's presentation on commercial horticulture. It discusses various topics related to commercial horticulture including types of growing media, propagation structures, propagation methods like seed sowing, layering, cutting, budding and grafting. It also describes activities like kitchen gardening, preparation of fruit fly traps, Bordeaux mixture, staking plants, pit digging and mulching. The presentation covers essential aspects of establishing and maintaining commercial horticulture.
This document discusses nursery management. Some key points:
1. A nursery is a place where planting materials are raised through seeds or vegetative means with care before being transplanted elsewhere. Proper nursery management is important for mass producing quality planting materials.
2. The main phases of nursery management include planning, demand assessment, establishing a mother block, land and infrastructure requirements, and plant protection. Key elements are the nursery site, the plants being grown, and the nursery manager.
3. Proper media, containers, growing structures and environmental control are needed to successfully propagate plants. Root trainers can develop strong root systems to aid in plant establishment. The nursery manager must understand
The document provides an overview of the ten basics of square foot gardening including layout, boxes, aisles, soil, grid, care, selecting plants, watering, harvesting. It describes building boxes above ground using wood, brick, or other materials that are 6 inches deep and filled with a soil mix of 1/3 peat moss, 1/3 vermiculite, and 1/3 compost. The soil mix only needs to be 6 inches deep and provides all the nutrients plants need.
The document provides best practices for establishing and maintaining a Wadi programme, which involves planting fruit trees. It outlines recommendations for plot selection and marking, pit digging and filling, graft selection and planting, aftercare including staking, basin preparation, mulching, shade provision, and intercropping. Proper spacing, soil management, irrigation, and integrated pest management are emphasized.
Successful direct market flower production for great plains vegetable growers...Mark Cain
This document outlines a crop plan and greenhouse records for a flower farm. The crop plan maps out planting locations and schedules for the 2010 growing season, including tulips, sunflowers, celosia, and statice. The greenhouse record details seeding and transplant dates from January to February for lettuce, spinach, broccoli, cabbage, onions, leeks, and tomatoes. Careful planning of crop rotations and succession plantings provides flowers and greens from spring through fall.
1) The document discusses recent advances in cultivation and processing of rubber. It covers the origin, distribution, production, varieties, botany, propagation, nursery practices, land preparation, planting, manuring, pruning, and intercropping of rubber.
2) Key aspects covered include rubber being an important plantation crop for India, its introduction from Brazil in 1873, major producing countries like Thailand and India, and varieties commonly planted.
3) Propagation methods discussed are seed propagation, green budding, and young budding carried out in nurseries with details on spacing and maintenance provided.
The Principles and Practices of Organic Beet Seed Production in the Pacific N...Seeds
This document provides information about organic beet seed production, including:
1) It discusses two methods for producing beet seed - the "seed-to-seed" method, where beet seed is planted and overwintered in the field, and the "root-to-seed" method, where beet roots are harvested, overwintered, and replanted to produce seed.
2) It describes the ideal climate and soil conditions for beet seed production, noting cool spring temperatures are best for vegetative growth while cooler, dryer summer weather supports pollination and seed development.
3) It explains the beet lifecycle as a biennial plant, producing leaves the first year and flowering the second year after a
Market bouquets from spring to fall mark cain ssawg 2016Mark Cain
This document provides details on the crop plans and planting schedules for Dripping Springs Garden for their 2015 season. It lists the main flowers and vegetables grown that year in order of amount planted. It then provides information on the timing, varieties, and methods for each crop from spring through fall, including planting dates, spacing, harvest windows, and production locations.
The document discusses straw bale gardening as an alternative for those with poor soil. It provides instructions for starting a straw bale garden, including soaking bales for a week to cure them, and then planting seeds or seedlings. Straw bale gardens require regular watering and occasional fertilizing. With proper care, plants can be grown in straw bales for up to two seasons.
This document provides guidance on growing vegetable seeds and transplants for the home garden. It discusses choosing seeds, saving seeds from year to year, starting seeds indoors and outdoors, caring for seedlings, and transplanting seedlings into the garden. Specific instructions are provided for common vegetables on seed viability, planting depth and spacing, and the optimal time to start seeds indoors for transplanting.
The document discusses various topics related to selecting and planting trees, including:
- Types of nursery stock like bare root, balled and burlapped (B&B), containerized, and fabric bag grown
- Minimum root ball size requirements according to tree caliper size
- Factors to consider for proper tree selection like exposure, soil, water and maintenance needs
- Inspection of nursery stock to avoid issues like included bark, pests or diseases, and potbound or girdling roots
This document provides information and guidance for home gardening in the low desert region where vegetables can be harvested every month of the year. It discusses selecting a garden site, deciding on size, preparing soil, choosing crops, planting methods, maintenance through irrigation, fertilizing, and pest control, and finally harvesting the homegrown vegetables. The goal is to help people grow and harvest fresh produce year-round.
This workshop discussed organic strawberry production methods used by Paul and Sandy Arnold of Pleasant Valley Farm. The Arnolds have experimented with matted row systems but now prefer the annual bed system using tips instead of plugs. Some key benefits of the annual bed system are that it frees up space for other crops, reduces disease and pest issues, and improves aeration and yields compared to the matted row system. The workshop provided detailed instructions on soil preparation, planting, irrigation, pest management and harvesting using the annual bed system with tips.
10. Kitchen gardening A Series of Lectures By Mr. Allah Dad Khan Former ...Mr.Allah Dad Khan
This document provides guidance on kitchen gardening in 6 steps: 1) selecting a site that gets full sun and has good irrigation, 2) deciding garden size, 3) preparing soil by tilling and adding compost, 4) selecting crops suited to the climate and planting schedule, 5) maintaining the garden through irrigation, weeding, and pest control, and 6) harvesting produce. Key recommendations include building raised beds for easier access and warmer soil, starting seeds indoors for crops with long seasons, and using drip irrigation and mulch to conserve water. The goal is to harvest fresh vegetables every month through succession planting and selecting crops for each growing season.
The document provides guidance on using the square foot gardening method to grow vegetables in a small space. It explains that a 120cm by 120cm plot is divided into 16 squares, each planted with a different crop. Proper planning is required to rotate crops and arrange taller plants in back. The soil is improved before planting by adding compost and manure. Seeds are planted through station sowing rather than rows to maximize the space. With careful planning, a wide variety of crops can be grown in this small area.
This workshop discussed organic strawberry production methods used by Paul and Sandy Arnold at their farm in New York. The Arnolds have experimented with both the matted bed system and the annual bed system, but now prefer the annual bed system using tips rather than plugs. Some benefits of the annual bed system are that it frees up space for other crops, reduces disease issues, and improves aeration in the soil. The workshop provided detailed instructions on soil preparation, planting, irrigation, pest management and harvesting strawberries using the annual bed system with tips.
Joel Karsten perfected a technique for straw bale gardening after experimenting with growing potatoes in straw bales. He divides straw bales into plots, conditions them with fertilizer and water for 10 days, and then plants vegetables and flowers directly into the decomposing straw. Benefits of straw bale gardening include no weeding or tilling, low cost, less stooping and bending, and ease of harvest. Karsten has expanded his garden to 240 bales and estimates it requires only 18 hours of work per season.
This document provides details on a lesson plan for teaching grafting techniques. It includes learning objectives, subject matter, procedures, and activities. The key points are:
1) The lesson plan covers identifying grafting tools/materials, benefits of grafting skills, following grafting steps, and performing grafting efficiently.
2) Various grafting techniques are discussed, including approach grafting. Advantages of grafting like producing disease-resistant plants in 2-3 years are highlighted.
3) The document provides step-by-step instructions for approach grafting, including preparing rootstock and scion, making level cuts, and tying the graft. Ideal timing is mentioned.
This document provides information and guidance for vegetable gardening in the low desert climate. It outlines the steps to take including selecting a site that gets full sun, preparing the soil, choosing crops that grow well each season, planting seeds or transplants, maintaining the garden through irrigation, weeding and pest control, and harvesting vegetables. The key aspects covered are soil preparation, crop selection, planting techniques, irrigation, and integrated pest management. The overall goal is to harvest homegrown fresh vegetables every month of the year.
This document provides information and guidance for vegetable gardening in the low desert climate. It outlines the 6 steps to harvesting homegrown vegetables: selecting a site that gets full sun; deciding garden size; preparing soil; selecting and planting crops; maintaining the garden through irrigation, weeding, and pest control; and harvesting crops. Tips are provided for soil preparation, choosing crops for each growing season, starting seeds or using transplants, and extending the harvest through succession planting and season extenders. The goal is to harvest fresh vegetables every month of the year.
The document provides instructions for establishing a rubber nursery, including germinating seeds, planting seedlings in polybags or a ground nursery, and maintaining the young rubber plants. The key steps are:
1) Construct a germination bed and sow rubber seeds, covering them lightly with medium. Seeds will germinate within 7 days.
2) Pull germinated seedlings with roots but no leaves yet and plant them in polybags or the ground nursery, spacing plants appropriately.
3) Maintain the young rubber plants by watering and fertilizing regularly according to the schedules provided to produce healthy planting materials.
Everything you need to know about container gardeningEZ FLO Fertilizer
Container gardening allows people with little outdoor space to grow plants by using pots, tubs, and other containers. It is suitable for growing both flowers and vegetables. Proper container selection and drainage are important, as are choosing plants matched to the container size and care needs. Container gardening can be arranged in many creative ways to beautify outdoor spaces.
Introduction of Dianthus barbatus(carnation)ArunPali1
Carnation and tuberose are important cut flowers cultivated globally.
Carnation grows best in temperatures between 10-20°C and requires well-draining sandy loam soil with regular fertilizer. Varieties include spray, standard, and sim types. Proper support, pinching, and disbudding are needed for optimal growth. Pests like aphids and diseases like fusarium wilt require preventative spraying.
Tuberose grows year-round in warm, humid climates. Bulbs are planted at 15-20cm spacing in loam soil with organic matter. Irrigation every 10-15 days is typical. Flowers are harvested for bouquets when buds show color. Post
Bird of paradise cultivation guide 2018Amar Sawant
Bird of paradise is a tropical flowering plant native to South Africa. It is grown commercially for its colorful flowers. The document provides details on the morphology, cultivation requirements, production, harvesting, and post-harvest handling of bird of paradise. It discusses optimal temperature, light, soil conditions and describes fertilization, irrigation, pest and disease management practices for successful cultivation. Commercial production aims for 10-15 flower spikes per plant per year. Flowers are harvested when partially open and kept in water before packaging and storage at low temperatures.
Similar to Take your cut flowers to another level ssawg 2020 (20)
Explore the key differences between silicone sponge rubber and foam rubber in this comprehensive presentation. Learn about their unique properties, manufacturing processes, and applications across various industries. Discover how each material performs in terms of temperature resistance, chemical resistance, and cost-effectiveness. Gain insights from real-world case studies and make informed decisions for your projects.
Abasse Twalal Harouna: The Maestro of Digital Marketing - His Journey and Ach...Abasse Twalal Harouna
Abasse Twalal Harouna, a name synonymous with innovation and excellence in the digital marketing industry, has made significant strides in empowering small and medium-sized businesses (SMBs) to achieve remarkable growth. With a career marked by numerous accolades and a trail of success stories, Harouna's journey from a passionate student of marketing to a renowned digital marketing expert is both inspiring and instructive.
Abasse Twalal Harouna’s early life laid a strong foundation for his future success. Born and raised in a family that highly valued education and innovation, Harouna was encouraged to pursue his interests from a young age. This supportive environment fueled his passion for technology and business, leading him to pursue higher education in Business Administration with a focus on Marketing at a prestigious Canadian university. His academic background provided him with a comprehensive understanding of business principles and marketing strategies, setting the stage for his remarkable career.
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1. Taking Your Cut Flowers to the Next Level
Mark Cain Dripping Springs Garden SSAWG 2020
2. *Know your market
*Know what to plant
*Know how many to plant and when
*Know how to best harvest and store
*Know how to display and market
*Know what to charge
7. Up your game by joining the ASCFG
Association of Specialty Cut Flower Growers
Benefits: Cut Flower quarterly and all back issues
Archived production information
23. Tulips
Grow as annual
Many varieties possible,
Late Darwin hybrids very useful
Harvest 2x daily at bare color stage
Will store 2-3 weeks with bulbs on @38 degrees
Concentrated egg-carton spacing or 5 x 3”
Plant mid-Nov-mid-December
24. Lilies: Oriental, Asiatic, LA Hybrids, OT hybrids
Year round production possible indoors in lily crates
Outdoor production possible for June bloom, disease issues
Unheated shade house succession production in containers for summer
38. Centaurea cyanus Bachelor Button ‘Blue Boy’
Overwintering annual; transplant early October-November
Or plant early spring
4 x 12” (overwinter) 4 x 6” (spring); netting required
48. BOUQUETS
• We divide the types of flowers into focal flowers (large,
showy blooms like lilies), disc flowers (like zinnia or
rudbeckia), spike flowers (celosia or others with that
shape), and filler flowers (greenery or other space-
filling flowers that help create a 'space' for the
bouquets. For standard medium size bouquets, stem
count is around 14, including 1 focal flower, 3-5 filler
stems, 4-5 spike stems, and 3-5 disc flower stems.
49.
50. Marketing bouquets at Farmers Markets:
A tour through the bouquets at the Fayetteville Farmers Market 2019
73. Heated propagation greenhouses are extremely important
for seedling production. This 30 x 80 double-poly house has
ground beds in addition to benches
74. Organic Propagation: Basic Materials
Sterile Organic Soil Media,
Dried chicken litter or feathermeal
Commercial compost or earthworm castings
Fish emulsion, seaweed extract
Sowing/transplant mix: 2.5 cu ft media
+ 3 c granulated litter or 1c feathermeal
+ 1g compost
75. Seed sower showing seeding into
plug flat
Specialty flower seeds are expensive; careful sowing in
individual cells with tap-seeder or vacuum seeder
minimizes waste. Sterile media important for avoiding
damping off and weed germination.
77. 50, 72 cell trays
50-cell plug tray for production of field transplants. Using plug trays
allows us to transplant at almost any time of day with little or no root
disturbance.
79. 72-cell winstrip tray
These trays of hard plastic last for years. The smaller sizes
(162 and 128) are seeded and transplanted directly to field; these
larger 72’s are transplanted from 288 plugs, then grown to field size.
97. Drip systems are low-cost, require low pressure, are water efficient
and effectively deliver irrigation water. Water must be adequately filtered
to prevent clogging and zone establishment may be necessary
98. Picture of tape loc, drip tape, header pipe
Drip tape
Tape-loc
+ valve
¼” tubing
¾” header poly
pipe
Drip Irrigation Basics
Header pipe sizes, connectors, and tape vary with need
¼” barb
99. Drip tape can be applied by hand or with mulch-film laying equipment
Multiple tapes per bed or row possible; holes per foot vary 4-12”; may be
used 1-3 years depending on water quality, care, and rodent damage.
Cost $.02-.05/ft depending on quantity.
100. Bed prep with plastic mulch film. Because of the strip-cropping
method used in this former blueberry field, film-laying equipment
not appropriate. Time required to lay 250’ of film about 20 min
with 3 people.
Weed Control Using Mulch Films and Fabrics
101. Preparing bed for planting using woven ground cover with hole pattern
burned with hand-held propane torch. This fabric allows rainfall to
penetrate, is extremely durable (10+ years), enhances spring growth, and
can be used in summer without heat damage to plants
102.
103. Weed control for bulbs and tubers: plant, apply drip
tape, then mulch immediately. Plants emerge through
straw; little subsequent hand-weeding required.
Tulip planting November 2011; this procedure
works for garlic, gladiolus, potatoes, even beans
104. Tulips coming through wheat straw mulch
applied after planting: zero weeding/cultivation
105. Only when unavoidable: hand cultivation with scuffle or colinear hoes
Examples: transplants on bare soil prior to straw mulch; crops that prefer
direct-seeding; late summer transplants needing bare soil to prevent
insect attack.
106. Keeping good
records is key to crop planning
Farm maps
Greenhouse log
Market log
Harvest log
CSA log
108. 'D' SECTION
2010
D17 3/19 Red Gold potato ~8/1 Provider green beans 2 x 12
50’
D16 3/19 Red Gold potato ~8/1 Provider green beans
52’
D15 6/24 purple and common sage
52’
D14 3/19 Red gold potato ~8/5 transplanted ‘limelight’ millet
52' on bare soil
D13 Red gold potato ~8/5 Celosia Chief Fire, Orange/Peach on fabric 4 x 6”
54'
D12 Red gold/ and Carola potato ~8/5Celosia Kurume Mix, Chief Mix
55'
D11 3/19 Carola potato ~8/5 magenta lettuce
58'
D10 3/19 Carola potato ~8/5Chinese cabbage transplants
58'
D9 (was dahlias) 7/0 ‘Astro’ arugula direct-sown 4 lines
64' 11/1 wheat/pea cover
D8 (was dahlias) 7/20 ‘Bolero’ carrots with French Breakfast radish interplant
65’
D7 (was dahlias) 7/20 ‘Bolero’ carrots with radish interplant
67'
D6 3/19 Carola potato 2 x 12” 7/8 Tadorna leeks on fabric 4 x 6”
66'
D5 3/19 Carola potato 7/8 bunching onions white spear, purplette + leeks on fabric
66' 11/1 wheat/pea cover
D4 3/19 Carola potato 7/20 Hakurrei turnip direct sown
11/1 winter wheat/pea cover
D3
67' fallow
D2
57’ fallow
D 18 11/15/09 oat pea cover
50’ 3/19 red gold potato 2 x 12”
~8/10 Gold Coin marigold on fabric 4 x 12”
D 19
50’
We use section maps
created with text boxes,
each representing about
¼ acre (use dimensions
that make sense for
your farm). Here, each
box in the section
represents a 4’ wide
planting bed; because of
slope and contour on
this site, beds range
from 50’ to 275’ long.
Bed length is displayed
on map for planning
purposes. Beds are
designated with their
section letter and a
number. If the site
allows, standard bed
length is preferable.
FARM MAPS
109. Our daily harvest info is entered on an erasable white board on the cooler wall by
all workers as produce comes in; before the next harvest, data is entered into
permanent logbook affixed to the white board (with a pen that can’t escape!)
110. Harvest Log 2012 2-Jan 9-Feb 23-Jan 29-Jan 6-Feb
arugula
asparagus ( .5 lb bu)
bac choi (pcs) 18 18 24
basil bu
basil lbs
beans, green qt
blueberries pint
broccoli
carrots
cabbage
chard (bu) 14
chinese cabbage hds
cucumbers, crate
daikon (lbs) 20
eggplant, cr
fennel bulb pcs
green garlic, bu
garlic bulbs
kale bu
leeks bu
lettuce greenlf pcs
lettuce redlf pcs
lettuce romaine pcs
lettuce, butterhead pcs
mint, bu
onion, green bu
The time spent entering the total annual harvest on a spreadsheet
more than pays for itself in useful information
111. Dripping Springs Garden
Crop Planning Worksheet
2013
greenhouse
date
last
year
target
greenhouse
date
actualgreenhouse
date
transplant
to
field
last
year
target
transplant
date
actualtransplant
date
bed
feet
last
year
target
bed
feet
actualbed
ft
row/bed
in-row
spacing
plants
ne
Ageratum Blue Horizon 12-May
88
4 x 12"
Anemones 31-Jan
~70
4x6
Anemones Galilee Blue, Meron
Albino, mystery 30-Dec
90
4x6
Anemones Galilee Red and Pink 1-Jan
90
4x6
By collecting planting information from field maps, harvest data, and greenhouse
logs, planning spreadsheets can be created to guide the next year production schedule
112. Flower Items greenhouse
date
last
year
target
greenhouse
date
actualgreenhouse
date
transplant
to
field
last
year
target
transplant
date
actualtransplant
date
bed
feet
last
year
target
bed
feet
actualbed
ftrow/bed
in-row
spacingplants
neededlocation
first
harvest
date
last
harvest
date
ageratum blue horizon 1st 22-Mar 7-Mar 1-Jun 16-May 83 100 4 12 400
ageratum blue horizon 2nd 4-Apr 13-Jun 50 4 12 200
agrostemma purple queen 11-Feb 1-Feb 12-Apr 15-Mar 44 50 4 6 400
anenome galilee blue, red, pink;
meron bordo 11/13/2009 11/4/2010 1-Jan 7-Jan 7-Jan 180 180 180 4 6 1400
aster matsumoto 9-Mar 1-Mar ~5/13 1-May ~40 50 4 6 400
bachelor buttons overwinter crop
2010/11 9/7,16
10/13,
11/2/2011 90'
bachelor buttons, spring crop 12-Jan 1-Mar 60 4 12 240 BW
bachelor buttons, spring crop 15-Feb 1-Apr 80 4 12 320 A?
bachelor buttons overwinter crop
2011-12 1-Sep 1-Oct 200 4 12 800
basil, cinnamon 1st 8-Mar 1-Mar 6/4? 15-May <55 55 4 12 220
basil, cinnamon 2nd 15-Apr 15-Jun 55 4 12 220
calendula indian prince 11-Feb 1-Feb 29-Apr 3 ~15 4 6 440
celosia chief fire, kurume scarlet,
orange/peach, others 4/20,26 15-Apr 6/1,3 20-May 153 150 4 6 1200
worksheet with added target greenhouse/transplant dates and amount
113. Dripping Springs suggested FLOWER
planting schedule (zone 6b) best varieties
plant in
greenhouse transplant to field
sow initiallyin
this size
bump up to
this size
rows per
4' bed
in-row
spacing netting Comments
Ageratum Blue Horizon 3/3 and 5/1 5/1 and 6/15 288 50 4 12 no
two plantings for full-season
production
Bachelor Button (overwintering) Blue Boy, others 1-Sep 1-Oct 128 4 12 yes
Bachelor Button early spring Blue Boy, others 1-Feb 25-Mar 128 4 12" yes
Basils, ornamental
African Blue, Cinnamon, Cardinal,
others 3-Mar 12-May 288 50 4 12" no
African Blue availableas cuttings only;
may need two plantings one month
apart
Celosia, plumed
Pampas Plume, Gold Plume, Scarlet Plume,
Cramer's Hi-Z,Sundae series, others 7-Apr 15-May 128 4 6" no
Best to use two or more plantings one
month apart
Celosia, crested
Chief series red, fire, persimmon, others;
Kurume Scarlet; Supercrest series 7-Apr 15-May 128 4 6" yes
Best to use two or more plantings one
month apart
Statice sinuata
QIS series lavender, white, yellow,
blue, apricot; Purple Monarch; others 5-Mar 28-Apr 288 50 or 72 4 12" no
Rudbeckia hirta Indian Summer, Prairie Sun 1-Feb 7-Apr 288 50 4 12" no
Dianthus, annual
Amazon Neon Duo, Purple Bouquet,
others 6-Feb 7-Apr 288 50 4 6-12" no
Use two plantings separated by one
month
Eucalyptus Silver Dollar 1-Feb 15-May 128
50 or straight
to field 4 6" no
may wish to buy plugs of 288 and
bump to 50's in mid-March
114. Sweet William Diathus barbatus Tall double mix, Electron 4/1-5-1 6/15-7/15 288 50 4 12" no
to overwinter and bloom
following year in May
Marigold
Babuda series, Narai series,
Jedi series 7-Apr 15-May 128 4 12" yes
Best to plant two to three
plantings separated by one
month
Snapdragons, heated greenhouse
Potomac series, Liberty
series, others 1-Oct 30-Dec 288 50 or 72 4 to 7 6" yes
for bloom mid-April to late
May
Snapdragon, unheated hoophouse
Potomac series, Liberty
series, others 11/1 to 12/1 2/15 to 3/15 288 50 or 72 4 to 6 6" yes
Seed flats must have good
heat for rapid growth;
transplants hardy to around
17 degrees with row cover
Gladiolus many varieties 4/1 to 7/15 5 6"
overwintered gladiolus (with
mulch) will bloom second
year all at once; we remove
after second bloom, as
plantings become spotty
Lisianthus (unheated hoophouse)
Echo series, Mariachi series,
ABC series.others order in plugs! 15-Mar 288 50 or 72 5 6" yes
Zinnias Benary's Giants 4/1 to 6/1 5/1 to 7/15 128 4 6" yes
Use 2-3 plantings one month
apart
Sunflower
Sunrich Series, Procut Series,
Sunbright Series, others 4/10 to 8/15 5/1 to 9/1 128 4 6" no
last sowing date given is for
unheated hoophouse
115. Dripping Springs
Garden Intensive
Production of
Unheated
Hoophouse Flower
Crops Planning
Timetable
(zone 6b)
Order plant
materials from
suppliers
Pretreatm
ent?
start seedlings
in greenhouse
transplant to
hoophouse
rows per 4'
bed
in-row spacing
inches netting harvest period Comments
Anemones
Marianne and
Carmel series June, July yes
transfer to 50's
for 3 wks or
plant directly
late Nov-
early Dec 4 6" no Feb-early May
control aphids
with neem oil
products or
Pyganic
Ranunculus
La Belle,
Amandine
series June, July yes
transfer to 50's
for 3 wks or
plant directly
late Nov-
early Dec 4 6" no Feb-early May
control aphids
with neem oil
products or
Pyganic
Lisianthus
Echo series,
Mariachi series,
others Nov-Dec no
plugs arrive 4
wks ahead of
transplant
date; transfer
to 72's mid-March 5 6" yes June-September
control fusarium
with RootShield
Snapdragons
Potomac series,
others fall no
plugs arrive 4
wks ahead of
transplant
date; transfer
to 72's
mid-
February
through mid-
March 5 6" yes
April through
June
control aphids
with insecticidal
soap or Pyganic