The United States of America As Represented by the Secretary of

Other

United States of America, As Represented by the Secretary of Agriculture

US Government As Represented by the Secretary of the Army

William J Connick, Jr

Paul C Quimby, Jr

Harrell L Walker

Clyde D Boyette

Mark A Jackson

Maureen S Wright

Anthony J Caesar

Jennifer L Birdsall

Samuel E Ellzey, Jr

H Lynn Walker

Deborah R Fravel

James J Marois

Norman W Schaad

David C Sands

Nina K Zidack

George C Papavizas

Jack A Lewis

T Can Caesar

William Minor Dowler

Shaw-Ming Yang

Leonard Cohen

Kenneth George Wunch

Adele Marie Childress

Joan Wennstrom Bennett

William E Grey

A novel garment pocket, and method for making said pocket, for the rapid extraction and deployment of a weapon concealed therein. One or more edges of the pocket are reversibly attached to the garment proper by means of quick release, easily disengaged, readily releasable, or break away fasteners. Said edge or edges being located and positioned to permit said weapon to be extracted from said pocket by means of a substantially forward thrust of the hand grasping the weapon through said edge or edges attached by said fasteners. Said hand being the one on the arm that is on the same side of the body as said garment pocket. The pocket of the present embodiments enables the weapon to be extracted from the pocket with a reduced chance of snagging and danger to the garment wearer.

Garment pocket for rapid extraction and deployment of a concealed weapon

The entomopathogenic fungusand certain related species, such asare useful for controlling infestations by subterranean termites, particularly those belonging to the family Rhinotermitidae. The family Rhinotermitidae includes two species of subterranean termites having extremely high economic importance in the United States; namely the Formosan subterranean termite (Shiraki), and the native (North American) subterranean termite (). Large numbers of infectious propagules of the fungus, such as blastospores and conidia can be readily cultured on media that are easily and inexpensively prepared and incorporated into formulations for controlling termites. These fungi are useful for protecting living trees, plants, wood, wood structures, and other cellulosic materials susceptible to termite infestation and damage.

[object Object]

The entomopathogenic fungus and certain related species, such as are useful for controlling infestations by subterranean termites, particularly those belonging to the family Rhinotermitidae. The family Rhinotermitidae includes two species of subterranean termites having extremely high economic importance in the United States; namely the Formosan subterranean termite ( Shiraki), and the native (North American) subterranean termite ( ). Large numbers of infectious propagules of the fungus, such as blastospores and conidia can be readily cultured on media that are easily and inexpensively prepared and incorporated into formulations for controlling termites. These fungi are useful for protecting living trees, plants, wood, wood structures, and other cellulosic materials susceptible to termite infestation and damage.

Use of paecilomyces spp. as pathogenic agents against subterranean termites

A stabilized, granular, biocontrol agent formulation for agricultural pests relies upon a combination of a water absorbent material, a membrane stabilization agent, and a granulating agent to achieve the desired stability and free-flowing properties. The granular product is easily prepared by simple mixing and can be readily rehydrated into a sprayable composition.

Granulated formulation and method for stabilizing biocontrol agents

Compositions and methods for bioremediation of sites contaminated with chemical pollutants, wherein survival and colonization of a polluted medium by a fungal microorganism having the capacity to degrade a chemical pollutant is enhanced; and microorganisms having the capacity to degrade one or more priority pollutants.

Fungal compositions for bioremediation

A bioherbicidal composition comprising an invert emulsion carrier and a microorganism which is a non- or weakly-virulent pathogen in the absence of the carrier is useful as a herbicidal agent when the microorganism is present in an amount effective for herbicidal activity to occur in the presence of the carrier.

Method for the control of weeds with weakly virulent or non-virulent

Granules of encapsulated living organisms for controlling agricultural pests are provided having a coating of an invert oil that forms a water-in-oil emulsion and an adsorbent for the oil to make the coated granules free-flowing. The oil slows drying of the organisms to maintain vitality of the organisms. The coated granules are produced by encapsulating bacteria, fungi or nematodes that control agricultural pests in alginate, starch or wheat gluten to form granules, coating the granules with a water-in-oil emulsion of the invert oil, coating the granules with the adsorbent for the oil and drying the coated granules to about 1-10% moisture. The adsorbent can be hydrated silica, fumed silica, clay, bran, diatomaceous earth, zeolite, absorbent starch or mixtures thereof.

Oil and absorbent coated granules containing encapsulated living

Weed pathogenic fungi to be encapsulated in a wheat gluten matrix are blended with flour and water to make a cohesive dough. The dough is extruded, rolled out into a sheet, or otherwise shaped, and dried to form products that contain the fungi entrapped throughout the gluten matrix. The encapsulated fungi grow onto the surface of said products when provided with sufficient light and water. The products of this invention may be used to infect and kill weeds.

Granular products containing fungi encapsulated in a wheat gluten matrix

This invention relates to a method for preparing pellets containing living biocontrol fungi. Fungi are selected and grown for sufficient time to produce inoculum. The fungal propagules are harvested, homogenized and diluted with sodium alginate solution. Pelletization is then accomplished by dropwise addition of the fungal propagule-alginate mixture into a solution of calcium chloride or calcium gluconate. The resultant alginate gel pellets containing living fungi can then be dried and are used to inoculate agricultural fields infested with soilborne plant diseases.

Preparation of pellets containing fungi for control of soilborne diseases

This invention relates to alginate gel pellets containing living fungus capable of producing conidia when exposed to sufficient light and moisture. Fungi are selected and grown for sufficient time to produce inoculum. The fungus cultures are harvested and homogenized for approximately 30 seconds and diluted to a ratio of about 1:3 (v/v) with 1.33% (w/v) sodium alginate in distilled water producing a final concentration of 1.0% sodium alginate and pH of 6.6 to 7.3. Pelletization is then accomplished by dropwise addition into 0.25 M CaCl.sub.2 in water. The resultant alginate gel pellets of approximately 3 to 5 mm in diameter can then be dried and used to inoculate agriculture fields to kill selected weeds.

Method for the preparation of mycoherbicide-containing pellets

This invention relates to alginate gel pellets containing living fungus capable of producing conidia when exposed to sufficient light and moisture. Fungi are selected and grown for sufficient time to produce inoculum. The fungus cultures are harvested and homogenized for approximately 30 seconds and diluted to a ratio of about 1:3 (v/v) with 1.33% (w/v) sodium alginate in distilled water producing a final concentration of 1.0% sodium alginate and pH of 6.6 to 7.3. Pelletization is then accomplished by dropwise addition into 0.25M CaCl.sub.2 in water. The resultant alginate gel pellets of approximately 3 to 5 mm in diameter can then be dried and used to inoculate agriculture fields to kill selected weeds.

This invention relates to a method for preparing pellets containing living biocontrol fungi and nutrient dispersed throughout. Living fungi are selected and grown for inoculum. The fungal propagules and wheat bran are added to a sodium alginate solution. The fungal propagule-alginate-bran mixture is added dropwise into a solution of calcium chloride. The resultant alginate gel pellets containing living fungi can be dried and used to inoculate agricultural fields infested with soilborne diseases.

Preparation of pellets containing fungi and nutrient for control of

Alginate gel beads containing bioactive materials dispersed therein are the product and the process of this invention. These beads can be made to either float or sink in aqueous environments, and are capable of providing the controlled release of their bioactive materials when applied to terrestrial or aqueous environments.

Growing community of inventors

New Orleans, LA, United States of America

William J Connick, Jr