Calendar No. 113
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Fence Law Meeting Handout
FARM FENCE ISSUES : November, 2007 Compiled by Tom Stanley, Extension Agent for Farm Business Management Selected Sections of the Code of Virginia pertaining to Division Fences Please take note of the following selected portions of the Code of Virginia related to farm fences. In particular, compare 55-317 with 55-319. These two paragraphs, it could be argued, directly contradict one another. Virginia Code 55-317 indicates non-livestock holding landowners have the right to let their land lie open and are free of fencing obligations. However, VA Cod 55-319 appears to imply that in the case of a pre-existing fence, there is an obligation on both parties, regardless of the presence of livestock, to maintain pre-existing division fences. On the last page of this document, is information from the Division of Legislative Services and their interpretation of 55-317 and 55-319. The Division of Legislative Services is the government office that reviews all proposed changes to the Code and advises the General Assembly on potential conflicts or contradictions in the Code of Virginia. It appears the Division of Legislative Services interprets 55-319 to mean that previous arrangements between neighbors for the sharing of fencing costs must be recorded with the deed in order for the obligation to be conferred on a new owner. CODE OF VIRGINIA TITLE 55. PROPERTY AND CONVEYANCES. CHAPTER 18. TRESPASSES; FENCES. § 55-299. Definition of lawful fence. – EFFECTIVE JULY 1, 2007 Every fence shall be deemed a lawful fence as to any livestock named in § 55-306, -
Red River Valley (Arkansas and Louisiana) Boll Weevil Cooperative Eradication Program
United States Department of Agriculture Red River Valley (Arkansas Animal and Plant Health and Louisiana) Boll Weevil Inspection Service Cooperative Eradication Farm Service Agency Program Environmental Assessment, May 1997 Red River Valley (Arkansas and Louisiana) Boll Weevil Cooperative Eradication Program Environmental Assessment, May 1997 Agency Contact: Joe Davidson, Regional Program Manager Central Regional Office Plant Protection and Quarantine Animal and Plant Health Inspection Service U.S. Department of Agriculture 3505 Boca Chica Blvd., Suite 360 Brownsville, TX 78521-4065 (210) 504-4150 The U.S. Department of Agriculture (USDA) prohibits discrimination in its programs on the basis of race, color, national origin, gender, religion, age, disability, marital or familial status, or political beliefs. (Not all prohibited bases apply to all programs.) Persons with disabilities who require alternative means for communication of program information (braille, large print, audiotape, etc.) should contact the USDA Office of Communications at 202-720-5881 (voice) or 202-720-7808 (TDD). To file a complaint, write the Secretary of Agriculture, USDA, Washington, DC 20250, or call 202-720-7327 (voice) or 202-720-1127 (TDD). USDA is an equal employment opportunity employer. Mention of companies or commercial products in this report does not imply recommendation or endorsement by the U.S. Department of Agriculture over others not mentioned. USDA neither guarantees nor warrants the standard of any product mentioned. Product names are mentioned solely to report factually on available data and to provide specific information. This publication reports research involving pesticides. All uses of pesticides must be registered by appropriate State and/or Federal agencies before they can be recommended. -
P2294 the Boll Weevil in Mississippi
The Boll Weevil In Mississippi: Gone, But Not Forgotten Although the boll weevil has been successfully It is likely that the boll weevil attained this rate of eradicated from Mississippi cotton fields, it must never spread under its own power. Both male and female boll be forgotten! Both cotton growers and scouts must weevils are capable of long duration flight, and remain aware of how to identify boll weevils and the individual weevils can move surprising distances when damage they cause, as well as how to scout for this pest. carried by prevailing winds. In some studies, marked Continued vigilance is necessary because the boll boll weevils have been recaptured as far as 63 to 169 weevil likely will return to the state from time to time, miles from the point where they were released. and unless these reinfestations are detected and This information shows why it is so important to be eliminated promptly, large areas of the state could be vigilant for the reappearance of the boll weevil in the quickly reinfested. state. It made it to Mississippi once, and there is every reason to expect it can do so again if preventive steps HOW DID THE BOLL WEEVIL GET TO are not taken. MISSISSIPPI? Modern transportation greatly increases the potential for boll weevil reinfestations to occur. As a “stowaway” Boll weevils are not native to Mississippi. Because aboard a motorized vehicle, it only takes a matter of cotton is the only host plant upon which the weevil can hours for a boll weevil to travel from a cotton field or develop and reproduce, it was not until cotton from wild hosts in Mexico to a cotton field in production was established in the state that the weevil Mississippi. -
Keep It Growing! an Agricultural and Farmland Protection Plan for Rensselaer County
KEEP IT GROWING! AN AGRICULTURAL AND FARMLAND PROTECTION PLAN FOR RENSSELAER COUNTY Updated by Rensselaer County Economic Development & Planning FOR THE Rensselaer County Agricultural and Farmland Protection Board December 2015 Rensselaer County Agricultural and Farmland Protection Board Chairman Ken Herrington Rensselaer County Legislature and Farmer, Brunswick Jim Sullivan Farmer, Brunswick Paul Greene Farmer, Berlin Paul Peter Farmer, Schodack Daniel Requate Farmer, Pittstown William Film Rensselaer County Tax Services, Director Bernie Wiesen Cornell Cooperative Extension, Executive Director Robert Pasinella, Jr. Economic Development & Planning, Director Carl Cipperly Rensselaer Land Trust Board Member and Farmer Mark A. Cipperly Agribusiness Representative, Brunswick David Schmidt Soil and Water Conservation District Agricultural and Farmland Protection Plan Update Committee Omer Brenenstuhl Chairman, Soil and Water Conservation District Mark Cipperly Agribusiness, Brunswick Carl Cipperly Rensselaer Land Trust Board Member and Farmer Larry Eckhardt Farmer, Stephentown Paul Greene Farmer, Berlin Kenneth Herrington Rensselaer County Legislature and Farmer Paul Peter Farmer, Schodack Dan Requate Farmer, Pittstown Jim Sullivan Farmer, Brunswick David Tarbox Farmer, Brunswick Louise Wagner Farmer, Poestenkill Jeff Wysocki Farmer, Hoosick Kirk Shoen Cornell Cooperative Extension Educator Donna Murray Economic Development & Planning Linda von der heide Economic Development & Planning Mission: To develop strategies to preserve, support and -
NOT E Interference of Boll Weevil Trapping by Spiders
NOT E Interference of Boll Weevil Trapping by Spiders (Araneida) and an Evaluation of Trap Modification to Reduce Unwanted Arthropods1 J. Scott Armstrong2 and David B. Richman3 USDA-ARS, Beneficial Insect Research Unit, 2413 East Highway 83, Weslaco, Texas 78596 USA J. Entomol. Sci. 42(3): 392-398 (July 2007) Key Words trap design, Anthonomus grandis grandis, cotton Boll weevil, Anthonomus grandis grandis Boheman, eradication is nearing comple tion throughout the U.S. as all cotton-producing regions are in active or posteradica tion maintenance, with most of the active eradication occurring in Texas. The success of eradication is almost entirely based on boll weevil traps baited with grandlure and a weekly trap capture threshold of 1 weevil per trap per week used in active eradi cation zones (Dickerson et al. 2001, Cotton Foundation, Memphis, TN, 627 p.). The Texas Boll Weevil Eradication Foundation uses a standard 10 mg grandlure dis penser (Scentry Biologicals, Billings, MT) and an impregnated kill-strip of 10% (wtwt) dichlorovos DDVP ([2,2,-dichlorovinyl dimethyl phosphate]; Heron Environmental, Emigsville, PA) to kill boll weevils in the trap and prevent their escape (Suh et al. 2003, J. Econ. Entomol. 96: 348-351). Even when a DDVP kill-strip is used in a boll weevil trap in South Texas, a significant impedance to trapping efficiency can be the predation of boll weevils by insects and spiders that enter the capture area of the trap. Spiders have been implicated as a significant factor in interfering with trapping effi ciency by preying on boll weevils or, more importantly, by webbing the entrance of the trap making it impossible for weevils to enter the capture container (Armstrong and Richman 2006, Proc. -
3A.1 Aesthetics – Land
3A.1 AESTHETICS – LAND This section contains a program-level evaluation of visual resources. However, impacts to visual resources would be the same under each individual development phase as under the program (entire SPA) analysis. 3A.1.1 A FFECTED ENVIRONMENT VISUAL ASSESSMENT AND VISUAL QUALITY CRITERIA The aesthetic quality of an area is determined through the variety and contrasts of the area’s visual features, the character of those features, and the scope and scale of the scene. The aesthetic quality of an area depends on the relationships between its features and their importance in the overall view. Evaluating scenic resources requires a method that characterizes visual features, assesses their quality in relation to the visual character of the surrounding area, and identifies their importance to the individuals viewing them. This process is derived from established procedures for visual assessment developed by Federal agencies, and is commonly used for a variety of project types. Both natural and created features in a landscape contribute to its visual quality. Landscape characteristics influencing visual quality include geologic, hydrologic, botanical, wildlife, recreation, and urban features. Several sets of criteria have been developed for defining and evaluating visual quality. The criteria developed by the Federal Highway Administration in 1981, which are used in this analysis, include the concepts of vividness, intactness, and unity. According to these criteria, none of these is itself equivalent to visual quality; all three must be considered high to indicate high quality. These terms are defined as follows: ► “Vividness” is the visual power or memorability of landscape components as they combine in striking and distinctive visual patterns. -
Zoning Ordinance
ZONING ORDINANCE City of Celina ZONING ORDINANCE Table of Contents TABLE OF CONTENTS ..................................................................................................................................... i LIST OF TABLES ......................................................................................................................................... v ARTICLE I – ADMINISTRATION PART ONE - GENERAL PROVISIONS 14.01.101 Title & Purpose ................................................................................................................ 1 14.01.102 Authority .......................................................................................................................... 1 14.01.103 Jurisdiction & Application ................................................................................................ 1 14.01.104 Compliance Required ...................................................................................................... 1 14.01.105 Document Rules of Construction ..................................................................................... 3 14.01.106 Zoning Districts Established ............................................................................................. 3 14.01.107 Official Zoning District Map ............................................................................................. 3 14.01.108 Zoning District Boundaries .............................................................................................. 4 14.01.109 Fees ................................................................................................................................. -
W024 Cotton Insects: Boll Weevil
Agricultural Extension Service The University of Tennessee W024 Cotton Insects Boll Weevil Scott D. Stewart, Associate Professor Entomology and Plant Pathology Classification and Description America in the 1890s and quickly made their way The boll weevil, Anthonomus grandis grandis across most of the Cotton Belt. Although adults can (Coleoptera: Curculionidae), belongs to a group of beetles characterized by an elongated snout (or probos- cis). The adult boll weevil is about 1⁄4 inch long. Re- cently emerged adults may have a slightly reddish hue, but adult color typically varies from gray or brown to nearly black. The boll weevilʼs snout is about one-half the length of its body. Chewing mouthparts are located at the end of the snout. Boll weevils can generally be separated from other weevils by the presence of two spurs on the femur of each front leg, with the inside spur being larger than the outside spur. Immature life stages, including eggs, larvae and pupae, are found inside squares or bolls. Eggs are small and embedded inside squares and bolls, and thus are not visible. The larval and pupal stages of the boll weevil are found inside squares or bolls. Larvae are white to cream- Boll weevil colored, legless and about 1⁄2 inch long when fully de- veloped. Pupae are also white to cream-colored. Legs, temporarily feed and persist on the pollen of some eyes and mouthparts become visible on pupae as they other plants, this insect can only reproduce on cotton. develop. Life History Hosts and Distribution The boll weevil overwinters as an adult. -
Characterization of Bacillus Thuringiensis Isolates Toxic to Cotton Boll Weevil (Anthonomus Grandis)
Biological Control 40 (2007) 65–68 www.elsevier.com/locate/ybcon Characterization of Bacillus thuringiensis isolates toxic to cotton boll weevil (Anthonomus grandis) Érica Soares Martins a, Lílian Botelho Praça a, Vinícius Fiúza Dumas a, Joseilde O. Silva-Werneck a, Eduardo Hideki Sone a, Isabel C. Waga a, Colin Berry b, Rose Gomes Monnerat a,¤ a Embrapa Recursos Genéticos e Biotecnologia, SAIN-Parque Rural, Caixa postal 02372, 70770-900-Brasilia-DF, Brazil b CardiV School of Biosciences, CardiV University, Museum Avenue, CardiV CF10 3US, Wales, UK Received 6 April 2006; accepted 15 September 2006 Available online 27 September 2006 Abstract The cotton boll weevil (Anthonomus grandis) is the major cotton pest in the Americas. One of the alternatives for its control is the uti- lization of Bacillus thuringiensis (Bt), an entomopathogenic bacterium characterized by its production of insecticidal crystal proteins. Embrapa Genetic Resources and Biotechnology has a collection of Bacilli in which diVerent isolates of Bt are stored. A method for rear- ing and maintenance of Anthonomus grandis on artiWcial diet in the laboratory was developed, and a robust larval bioassay protocol was established for the selection of B. thuringiensis isolates toxic to boll weevil. After preliminary bioassays performed with 215 isolates, 5 were selected that demonstrated a good level of toxicity and these were analyzed in more detail. The most toxic were S601 and S1806 pre- senting LC50 (lethal concentration to kill 50% if the larvae) of 0.14 mg/ml and 0.30 mg/ml, respectively. S601 showed an LC50 value that was half that of the standard B. -
The Impact of the Boll Weevil, 1892-1932
THE IMPACT OF THE BOLL WEEVIL, 1892-1932 Fabian Lange, Yale University Alan L. Olmstead, UC Davis Paul W. Rhode, Univ. of Arizona & NBER February 2008 Abstract: The boll weevil is America’s most celebrated agricultural pest. We assemble new county-level panel data on the insect’s geographic spread and on farm activity to investigate the weevil’s effects on the southern economy between 1892 and 1932. Our study provides sharp estimates of the full time path of the pest’s local impacts. We find that instead of diversifying away from cotton in anticipation of the weevil’s appearance, farmers attempted to squeeze one last large crop out of their land just prior to contact. Upon arrival, the weevil had a large negative impact on production which required up to five years to be fully manifest and which did not disappear within our study period. Cotton yields fell substantially; acreage declined by less. In response, farmers did not take land out of agricultural use instead shifting to other crops. We also find striking effects on land values and population movements, indicating the pest’s spread redistributed economic activity within the South. THE IMPACT OF THE BOLL WEEVIL, 1892-1932 The boll weevil, with its entourage of songs and folklore, is enshrined in many popular accounts as America’s most destructive agricultural pest. Testifying before Congress in 1903, the chief of the USDA’s Bureau of Plant Industry referred to the insect’s advance as “the wave of evil.”1 In his Annual Address to Congress in 1905, President Theodore Roosevelt discussed biological warfare when he alerted anxious cotton producers that USDA scientists had imported a predatory ant from Guatemala that fed on the weevil.2 The weevil was indeed a headline grabber. -
Cotton Boll Weevil
Cotton boll weevil What is it? The cotton boll weevil, Anthonomus grandis, is a major pest of cotton, attacking the developing squares and bolls. Feeding damage causes young squares to shed and damages the lint in older bolls. Infestations in the USA have cost hundreds 6) of millions of dollars to control. The cotton boll weevil has been successfully eradicated from several regions of USA using area wide management programs. What does it look like? Adult weevils are a greyish-brown with a body about 5 mm in length and conspicuous snout (which is an additional 3 mm long). The larvae, which grow inside developing squares and bolls, Research Agricultural Service (USA) (K2742- are white, legless grubs that grow up to 13 mm in Adult weevil on a cotton boll length. The head and chewing mouthparts are brown, with a curved and wrinkled body. What can it be confused with? The cotton boll weevil resembles some native weevil species. However, no weevils in Australia attack cotton. Therefore, any weevils found feeding on cotton plants or found within cotton bolls should be reported immediately. Clemson University, USDACooperative Extension Slide Series (1435143). www.invasive.org. Typical egg-laying puncture (upper right edge on the left boll) and feeding puncture (on square on right) Compiled by Dave Murray Department of Employment, Economic Development and Innovation What should I look for? Look for small puncture marks at the side of flower buds. Egg-laying punctures are covered with a sticky secretion that hardens to form a wart-like protuberance that can be easily seen and felt. -
Student Activity
Peanuts STUDENT ACTIVITY Instructions: After watching the Farming Feeds Alabama video about Peanuts, answer the following questions. Listen to and watch the video carefully as questions can be answered based on what the farmers say or the images shown. 1. What percentage (approximately) of U.S. peanuts is grown within a 100-miles radius of Dothan, Alabama? 2. What time of year is peanut harvest? What two processes are part of peanut harvest? 3. How did the boll weevil impact the peanut industry? 4. How many people are employed in the peanut industry in Alabama? What is the economic impact to the state? 5. List products that include peanuts as an ingredient. 6. Name some of the health benefits of peanuts. 7. What’s the difference in acreage a farmer tends now compared to 50 years ago? What technology has made this increase possible? 8. What is the No. 1 cause of yield losses for peanut farmers? 9. How does GPS help farmers and the environment? 10. What does the peanut plant make on its own, and why does that help farmers? Farming Feeds Alabama™ Peanuts TEACHER KEY Access the Peanuts video at www.FarmingFeedsAlabama.com or through the jump drive provided in your Farming Feeds Alabama Teacher Resource Guide. Run time: 4:43 1. What percentage (approximately) of U.S. peanuts is grown within a 100-miles radius of Dothan, Alabama? • Over 50% 2. What time of year is peanut harvest? What two processes are part of peanut harvest? a. Fall b. Digging and picking 3. How did the boll weevil impact the peanut industry? • Boll weevils devastated cotton crops in Alabama, so farmers turned to peanuts as a different crop to grow.