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Weeds compete with plants for food, space and other essentials. So timely control of weeds is necessary. For weed control weeding, use of cover crops, mulching, use of chemicals weedicides are practiced. Pre-emergence weedicides like Basaline or post-emergence weedicide like 2; 4-D and Roundup are useful. The younger seedling is susceptible to strong sun and low temperature.

Nursery Production & Management - Basics of Gardening

For protection from strong sun, shading with the help of timber framework of 1 meter height may be used. Net house and green house structures can also be used. Packing is the method or way in which the young plants are tied or kept together till they are transplanted. So they have to be packed in such a way that they do not lose their turgidity and are able to establish themselves on the new site. At the same time, good packing ensures their success on transplanting. For packing baskets, wooden boxes, plastic bags are used.

In some parts of the country banana leaves are also used for packing the plants with their earth ball. This is useful for local transportation. In general the main demand for nursery plants is during rainy season. A proper strategy should be followed for sale of nursery plants. For that advertisement in local daily newspapers, posters, hand bills, catalogue and appointment of commission agents can be followed. Care of mother plants is necessary so as to get good quality propagules and scion.

Labeling and records B. Protection from pests and diseases Collection and development of new mother plants Fruit Nurseries. We can propagate plants by sexual or by asexual means. Both the methods have certain advantages and disadvantages. So we must select proper method according to our needs and situation. Seed propagation is the simple way of multiplying plants but for plants which do not set fertile seeds we must practice vegetative types of propagation.

Layering, grafting, budding and tissue culture. For propagation, medium is an essential factor. We should use proper medium for particular method of propagation and for particular plant. In this lesson we have also studied the nursery and its management. Growing seedlings under proper supervision and care is the prime objective of the nursery. For this we must follow the nursery techniques. State the prime reasons for asexual propagation.

Which are the methods of vegetative propagation? State characteristics of good medium. State the difference between cutting and layering. Name different types of cutting and layering. Explain advantages of grafting. Visit fruit nursery for learning different activities. Visit vegetable nursery for learning different activities. Visit ornamental nursery for learning different activities. Retrieved from " http: Navigation menu Personal tools Log in. Views Read View source View history. This page was last modified on 29 January , at This page has been accessed , times.

Contents 1 Definition of nursery 2 Types of Nurseries — 3 Management of nursery — 3. The Relative Moisture Content of stock lifted during dry conditions can be increased gradually when stored in appropriate conditions. During the growing season, g increased to about 0. Minimum xylem pressure potential PSIm was initially During the first half of the growing season, PSIm was below turgor loss point. The osmotic potential at turgor loss point decreased after planting to In the greenhouse, minimum values of PSIT were Available turgor TA , defined as the integral of turgor over the range of RWC between PSIb and xylem pressure potential at the turgor loss point was 4.

The stomata of both white and black spruce were more sensitive to atmospheric evaporative demands and plant moisture stress during the first growing season after outplanting on 2 boreal sites in northern Ontario than were jack pine stomata, [50] physiological differences that favoured growth and establishment being more in jack pine than in the spruces. With black spruce and jack pine, but not with white spruce, Grossnickle and Blake's [51] findings warrant mention in relation to the bareroot-containerized debate.

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During the first growing season after outplanting, containerized seedlings of both species had greater needle conductance than bareroot seedlings over a range of absolute humidity deficits. Needle conductance of containerized seedlings of both species remained high during periods of high absolute humidity deficits and increasing plant moisture stress. Bareroot outplants of both species had a greater early season resistance to water-flow through the soil—plant—atmosphere continuum SPAC than had containerized outplants.

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Resistance to water flow through the SPAC decreased in bareroot stock of both species as the season progressed, and was comparable to containerized seedlings 9 to 14 weeks after planting. Bareroot black spruce had greater new-root development than containerized stock throughout the growing season. The greater efficiency of water use in newly transplanted 3-year-old white spruce seedlings under low levels of absolute humidity difference in water-stressed plants immediately after planting [52] helps explain the commonly observed favourable response of young outplants to the nursing effect of a partial canopy.

Silvicultural treatments promoting higher humidity levels at the planting microsite should improve white spruce seedling photosynthesis immediately after planting. Planting stock is grown under many diverse nursery culture regimes, in facilities ranging from sophisticated computerized greenhouses to open compounds.

Types of stock include bareroot seedlings and transplants, and various kinds of containerized stock. For simplicity, both container-grown and bareroot stock are generally referred to as seedlings, and transplants are nursery stock that have been lifted and transplanted into another nursery bed, usually at wider spacing. The size and physiological character of stock vary with the length of growing period and with growing conditions. Until the technology of raising containerized nursery stock bourgeoned in the second half of the twentieth- century, bareroot planting stock classified by its age in years was the norm.

The number of years spent in the nursery seedbed by any particular lot of planting stock is indicated by the 1st of a series of numbers. The 2nd number indicates the years subsequently spent in the transplant line, and a zero is shown if indeed there has been no transplanting. A 3rd number, if any, would indicate the years subsequently spent after a second lifting and transplanting. The numbers are sometimes separated by dashes, but separation by plus sign is more logical inasmuch as the sum of the individual numbers gives the age of the planting stock.

Plant nursery - Wikipedia

The class of planting stock to use on a particular site is generally selected on the basis of historical record of survival, growth, and total cost of surviving trees. Because age alone is an inadequate descriptor of planting stock, various codes have been developed to describe such components of stock characteristics as height, stem diameter, and shoot: Neither age classification nor seedling description code indicate the physiological condition of planting stock, though rigid adherence to a given cultural regime together with observation of performance over a number of years of planting can produce stock suitable for performing on a "same again" basis.

Planting stock is raised under a variety of systems, but these have devolved generally into 2 main groupings: Manuals specifically for the production of bareroot [57] and containerized [58] nursery stock are valuable resources for the nursery manager. As well, a lot of good information about nursery stock specific to regional jurisdictions is well presented by Cleary et al. From Wikipedia, the free encyclopedia. For other uses of "Nursery", see Nursery disambiguation. This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources.

Unsourced material may be challenged and removed. December Learn how and when to remove this template message. Conditioning three boreal conifers by root pruning and wrenching. Evidence from increase in ribonucleic acid and protein synthesis in autumn for increase in proto plasm during frost hardening of black locust bark cells. Environmental control of cold acclimation in douglas-fir during germination, active growth, and rest. A one-day test for determining frost hardiness using the electrical conductivity technique.

The role of operational frost hardiness testing in the development of container stock hardening regimes in Ontario. Carbohydrate reserves and root growth potential in Douglas-fir seedlings before and after cold storage. Forest tree nursery soil management. The growth and absorption of nutrients by fertilized and unfertilized white spruce seedlings. Altering seedling physiology to improve reforestation success.

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Seedling physiology and reforestation success. Forest tree nursery soil management and related practices — metric edition. Effect of initial mass of white spruce and lodgepole pine planting stock on field performance in the British Columbia Interior. Effect of initial mass on the field performance of white spruce planting stock. Root growth capacity and field performance of various types and sizes of white spruce stock following outplanting in the central interior of British Columbia. Characterization of Plant Material.

Field performance of various sizes of white spruce stock in recently cut and backlog sites. Red pine, white pine, white spruce stock type comparisons. Performance of planted Engelmann spruce and subalpine fir seedlings in British Columbia's southern mountains.

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  • Preliminary height expectations of Engelmann spruce plantations for three elevations in the Nelson Forest Region. Cited by Lajzerowicz et al. Evaluation of planting stock quality: Evaluation of stock after planting. Plantation establishment in the boreal forest: Plantation establishment in boreal Ontario: Planting the southern pines. Branch, Ottawa ON, Publ.

    Cited in Coates et al. Morphological grading of white spruce nursery stock. Characterization of plant material. How far do seedling standards reflect seedling quality?

    Plant nursery

    Planting stock quality monitoring. The rhizometer — a new device for measuring roots of tree seedlings. New methods for measuring root growth capacity: Heat damage in tree seedlings and its prevention. Diurnal variation in heat tolerance and heat shock protein expression in black spruce Picea mariana.

    Heat shock proteins of higher plants. Heat chock in plants. Presence of heat shock mRNAs in field grown soybeans. The induction of thermotolerance and heat shock protein synthesis in Picea mariana seedlings by heat conditioning. Thesis, University of Toronto, Toronto, Ontario.

    Clonal variation in heat tolerance and heat shock protein expression in black spruce. Storaging of bare-root planting stock.

    Root growth capacity in coniferous forest trees. The periodicity of root regeneration potential of black and white spruce and jack pine nursery seedlings. Root regeneration of fall-lifted white spruce nursery stock in relation to soil moisture content. Poor survival and the physiological condition of planting stock. Does RGP predict field performance? Modification of root IAA concentrations, tree growth, and survival by application of plant growth regulating substances to container-grown conifers.

    Planting stress in newly planted jack pine and white spruce.

    Factors influencing water uptake. Environmental and physiological control of needle conductance for bare-root black spruce, white spruce, and jack pine seedlings on boreal cutover sites. Water relation patterns of bare-root and container jack pine and black spruce seedlings planted on boreal cut-over sites. The effect of humidity on photosynthesis and water relations of white spruce seedlings during the early establishment phase.

    Seedlings versus transplants at Petawawa Forest Experiment Station. Forest planting in the Intermountain region. Production of Bareroot Seedlings. How to grow tree seedlings in containers in greenhouses. Cited in Nienstaedt and Zasada Regenerating British Columbia's Forests. Regenerating the Canadian forest: Principles and practice for Ontario. Retrieved from " https: Horticulture and gardening Plant nurseries Forest management.

    Articles needing additional references from December All articles needing additional references All articles with unsourced statements Articles with unsourced statements from July Views Read Edit View history. In other projects Wikimedia Commons.