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Articles 1 - 30 of 30
Full-Text Articles in Entire DC Network
Grapevine Plant Named ‘Jupiter’, John R. Clark, James N. Moore
Grapevine Plant Named ‘Jupiter’, John R. Clark, James N. Moore
Patents Granted
Describes a new and distinct grapevine variety which originated from a hand-pollinated cross of Arkansas Selection 1258 (non-Patented) and Arkansas Selection 1672 (non-Patented). This new grapevine variety can be distinguished by its large seedless fruit, excellent muscat flavor, resistance to fruit cracking, good productivity, and good vine hardiness.
Guidelines For The Management Of Microbial Food Safety In Fruit Packing Houses, Tony Portman, Elizabeth Frankish, Graham Mcalpine
Guidelines For The Management Of Microbial Food Safety In Fruit Packing Houses, Tony Portman, Elizabeth Frankish, Graham Mcalpine
Bulletins 4000 -
The fresh produce industry has undergone significant change in recent years in the application of quality assurance to business operations. The quality assurance schemes implemented such as the SQFCM programs, have generally served to provide a focus on food quality and operational issues, as well as food safety. Improvements of all aspects of the operations are identified to provide consistent quality, safe produce.
Landscaping Your Home, Larry A. Sagers
Landscaping Your Home, Larry A. Sagers
All Archived Publications
No abstract provided.
Cauliflowers In Western Australia - An Industry Plan, Paul Mattingley
Cauliflowers In Western Australia - An Industry Plan, Paul Mattingley
Agriculture reports
The Western Australian cauliflower industry is largely centered around the south-west of the State which, with its cool winter climate and medium to heavy loam soils is well suited to year round cauliflower production and accounts for 77% of State’s output. The Shire of Manjimup alone accounts for about 60% of the State’s cauliflower production. The second most significant region is the Swan Coastal Plain which has lighter soils, and a warmer climate. The Swan Coastal Plain is also suitable for year round production. Market analysis indicates that West Australian cauliflower, whilst appearing more expensive than produce from the Eastern …
Pineywoods Native Plant Center, Sept 2002, Sfa Gardens, Stephen F. Austin State University
Pineywoods Native Plant Center, Sept 2002, Sfa Gardens, Stephen F. Austin State University
SFA Gardens Newsletters
No abstract provided.
Master Gardeners Irrigation, Larry A. Sagers
Master Gardeners Irrigation, Larry A. Sagers
All Archived Publications
No abstract provided.
Managing The Growing Environment For Woody Plants Soils, Larry A. Sagers
Managing The Growing Environment For Woody Plants Soils, Larry A. Sagers
All Archived Publications
No abstract provided.
Lawn Weeds And Their Control, Larry A. Sagers, Jessica White
Lawn Weeds And Their Control, Larry A. Sagers, Jessica White
All Archived Publications
No abstract provided.
The Language Of Horticulture, Larry A. Sagers
The Language Of Horticulture, Larry A. Sagers
All Archived Publications
No abstract provided.
Landscaping Notes, Larry A. Sagers
Fruit Production, Larry A. Sagers
Advanced Master Gardener Landscape Gardening For Gardeners, Larry A. Sagers
Advanced Master Gardener Landscape Gardening For Gardeners, Larry A. Sagers
All Archived Publications
No abstract provided.
Home Landscape Design, Larry A. Sagers
Home Landscape Design, Larry A. Sagers
All Archived Publications
No abstract provided.
Fruit Tree Pests, Larry A. Sagers
Landscape Design Principles, Larry A. Sagers
Landscape Design Principles, Larry A. Sagers
All Archived Publications
No abstract provided.
Harvest And Store Fruit, Diane Sagers
Fruit Diseases, Larry A. Sagers
Planning Your Landscape: Microclimates, Seasons, Sites And Soils, Larry A. Sagers
Planning Your Landscape: Microclimates, Seasons, Sites And Soils, Larry A. Sagers
All Archived Publications
No abstract provided.
The Quest Continues, Larry A. Sagers
The French Garden, Larry A. Sagers
Nectarine Tree Named ‘Arrington’ Cultivar, John R. Clark, James N. Moore
Nectarine Tree Named ‘Arrington’ Cultivar, John R. Clark, James N. Moore
Patents Granted
Describes a new and distinct nectarine tree variety which originated from seed produced by a hand pollinated cross of Arkansas Nectarine Selection 178 (non-patented) and Arkansas Nectarine Selection 232 (non-patented). This new nectarine variety can be distinguished by its very early fruit maturity, very firm non-melting flesh texture, high yield, excellent tree vigor, and attractive fruits with good flavor.
Nectarine Tree-Named ‘Bradley’ Cultivar, John R. Clark, James N. Moore
Nectarine Tree-Named ‘Bradley’ Cultivar, John R. Clark, James N. Moore
Patents Granted
Describes a new and distinct nectarine tree variety which originated from an F2 population of seed produced by a hand pollinated cross of Arkansas Peach Selection 190 (non-patented) and Arkansas Nectarine Selection 178 (non-patented). This new nectarine variety can be distinguished by its large, attractive, very firm fruit, good yielding abilities, good storage and shipping characteristics, and high levels of genetic resistance to the disease bacterial spot.
Nectarine Tree--Named ‘Westbrook’ Cultivar, John R. Clark, James N. Moore
Nectarine Tree--Named ‘Westbrook’ Cultivar, John R. Clark, James N. Moore
Patents Granted
Describes a new and distinct nectarine variety which originated from seed produced by a hand pollinated cross of Arkansas Nectarine Selection 172 (non-patented) and Arkansas Nectarine Selection 176 (non-patented). This new nectarine variety can be distinguished by its very early fruit ripening, attractive, flavorful firm fruits, good plant vigor and productivity, and its high level of genetic resistance to the disease bacterial spot.
Pineywoods Native Plant Center, Spring 2002, Sfa Gardens, Stephen F. Austin State University
Pineywoods Native Plant Center, Spring 2002, Sfa Gardens, Stephen F. Austin State University
SFA Gardens Newsletters
No abstract provided.
Pineywoods Native Plant Center, Feb 2002, Sfa Gardens, Stephen F. Austin State University
Pineywoods Native Plant Center, Feb 2002, Sfa Gardens, Stephen F. Austin State University
SFA Gardens Newsletters
No abstract provided.
Ec02-152 Value Of Potatoes For Feeding Livestock, Alexander Pavlista, Ivan G. Rush
Ec02-152 Value Of Potatoes For Feeding Livestock, Alexander Pavlista, Ivan G. Rush
University of Nebraska-Lincoln Extension: Historical Materials
Potatoes are relatively high in feed value and can be used as an energy source for livestock. The protein found in potatoes is relatively easy to digest and utilize. On a per land unit or per growing time unit, potatoes produce more energy than any other crop. The purpose of this publication is to evaluate potato's value as a feed for cattle, sheep and hogs, and to describe advantages and potential problems.
Agmaps Land Profiler Cd-Rom For The Peel Region. Shires Of Boddington, Kwinana, Mandurah, Murray, Rockingham And Serpentine-Jarrahdale, Dennis Van Gool, Peter J. Tille, Ian Kininmonth, Philip M. Goulding
Agmaps Land Profiler Cd-Rom For The Peel Region. Shires Of Boddington, Kwinana, Mandurah, Murray, Rockingham And Serpentine-Jarrahdale, Dennis Van Gool, Peter J. Tille, Ian Kininmonth, Philip M. Goulding
Agmaps
This CD-ROM contains land resource maps and land management information for the Peel region. Shires of Boddington, Kwinana, Mandurah, Murray, Rockingham and Serpentine-Jarrahdale. It was produced by the Department of Agriculture Western Australia. Also included on the CD is technical information which may now be out of date.
Fertigation Of Vegetables In Western Australia, J Burt
Fertigation Of Vegetables In Western Australia, J Burt
Bulletins 4000 -
Fertigation is the technique of using soluble fertilisers to supply essential nutrients to vegetables through sprinkler or trickle irrigation systems, or by means of a boom spray. It is ideally suited to most horticultural areas in Western Australia, especially the sandy soils of the Swan Coastal Plain that have a poor capacity to retain nutrients.
Before and after planting, nutrients are often applied to vegetables on soils of the Swan Coastal Plain by applications of poultry manure* or solid fertilisers. After planting, fertigation is a safe and effective method of applying top-dressings of nutrients to crops, especially after the rows …
Ec02-174 Noxious Weeds Of Nebraska: Leafy Spurge, Robert A. Masters, Brady Kappler
Ec02-174 Noxious Weeds Of Nebraska: Leafy Spurge, Robert A. Masters, Brady Kappler
University of Nebraska-Lincoln Extension: Historical Materials
Leafy spurge is an invasive weed that infests over three million acres in the northern Great Plains and the prairie provinces of Canada. It is commonly found in rangelands, pastures, roadsides, rights-of-way, and woodlands. Leafy spurge can reduce rangeland and pasture carrying capacity by as much as 75 percent because it competes with forages and cattle avoid grazing areas infested with this weed.
This Extension Circular discusses the biology, identification, distribution and control of leafy spurge.
Botrytis In Wine Grapes In Western Australia, Diana Fisher, Colin Gordon, Peter Wood
Botrytis In Wine Grapes In Western Australia, Diana Fisher, Colin Gordon, Peter Wood
Bulletins 4000 -
Botrytis, causal agent Botrytis cinerea, is a fungal disease of grapevines that is commonly referred to as Botrytis bunch rot or grey mould. Botrytis is most prevalent where warm, wet conditions are frequent, but symptoms can occur in cool, wet weather and high humidity. All grape varieties are susceptible. Varieties most at risk are those with berries that are thin-skinned and/or have tight bunches.
Some white wine grape varieties infected with Botrytis may decay, in certain conditions to produce noble rot . Wine produced from these infected bunches produce unique aromatic characters with high residual sugar and are …