40 results about "Wild life" patented technology

Each year wildfires, forest fires and out of control camp fires do untold damage to millions of acres of land, while causing billions of dollars in damages to property, wild life, and human life. The Orr Formula is designed to aid in, and assist the extinguishment of such fires. The Orr Formula is a composition that comprises: 1) 10% by weight Calcium Phosphate which acts as a binder; 2) 10% by weight Corn Starch which aids in flaking of the remaining composition off the site to which the composition was applied after the fire has been extinguished and cooled; and 3) 80% by weight of a mixture of Sodium Silicate with a base exchange Silicate of Sodium Aluminum.

The present invention relates generally to a diagnostic assay and, more particularly, an assay for measuring cell-mediated immune reactivity. Even more particularly, the present invention provides an assay and a kit for measuring a cell-mediated response to an antigen using whole blood or other suitable biological sample. The assay may be conducted using ligands to immune effector molecules or at the nucleic acid level, screening for expression of genes encoding the immune effector molecules. The assay is useful in therapeutic and diagnostic protocols for human, livestock and veterinary and wild life applications.

The invention relates to a cockroach and eupolyphaga large-scale mixed breeding technique and belongs to a method for breeding specific animals. A cockroach and eupolyphaga mixed breeding method is characterized in that: 1, breeding environment, a pool which is a precursor of a three-dimensional greenhouse feeding pond is adopted; 2, food stuffs feeding, wherein adults and larvae of the eupolyphaga and the cockroach have the same food stuffs such as wheat bran, rice chaff, green vegetables, carrots, rice paste, pumpkins, pericarp, leaves and the like; and the food stuffs based on the green materials are fed for one time every 2 to 3 days and more dried materials such as the wheat bran are fed; 3, management of larval and middle-aged cockroaches, wherein larvae are not required to be separated from eggmass at the early stage after reproduction of the cockroach; and management of larval and middle-aged eupolyphaga is that the larvae are separated from eggmass after being incubated; and 4, prevention and control of diseases and insect damage, wherein the natural enemies of the cockroach and the eupolyphaga during artificial culture are ants, mice, spiders, chickens, ducks, birds and the like; and the diseases and insect damage are prevented in advance and treated actively. The cockroach and eupolyphaga large-scale mixed breeding technique has the advantages of accordance with the original wild life habit of the cockroach and greatly increasing growth speed and reproductive speed of the cockroach, along with high medicament properties, strong effect, excellent quality and high market price.

The invention provides a wild-training method for improving the feeding ability of released Acipenser dabryanus. The wild-training method comprises the following steps that fish bait is produced; feeding domestication is conducted, wherein feeding domestication starts when are hatched, feeding domestication is conducted on the Acipenser dabranus which are fed with artificial feed for 2-4 months and feeding domestication is conducted on the Acipenser dabranus which are fed with the artificial feed for over 5 months; Through the wild-training method for improving the feeding ability of the released Acipenser dabrayanus, after training is over, both the feeding capability and the predation capability of the Acipenser dabryanus with different specificications are obviously enhanced and improved. After analog wild-release is conducted, the trained Acipenser dabryanus is released to the wild or an experimental pond, the capability of preying on wild life live baits is obviously improved, and the growth rate and the survival rate are obviously higher than the released Acipenser dabryanus which is not trained.

Novel materials for controlling molluscs, such as snails and slugs, using carbohydrates including celluloses, hemi-cellulose complexes, and/or lignin, for inducing death in molluscs. The materials are non-toxic, will not contaminate a drinking water supply, will not harm fish, birds or wild life, will not cause any harmful effects if swallowed or absorbed through the skin, will not harm children or pets, and can be safely eaten by domestic animals and livestock that may consume such dead molluscs. The materials may be applied in various formulations at various water contents. The materials do not provide nutrition to the molluscs, and disrupt normal bodily functions resulting in death. An attractant may be included to encourage ingestion by the molluscs.

A modified arthropod, an arthropod-modifying bacterium, and use thereof as an agent for control of diseases transmitted by arthropods, particularly mosquitoes, is provided. More specifically, an isolated arthropod-adapted Wolbachia bacterium capable of modifying one or more biological properties of a mosquito host is provided. The modified arthropod may be characterized as having a shortened life-span, a reduced ability to transmit disease, a reduced susceptibility to a pathogen, a reduced fecundity, and/or a reduced ability to feed from a host, when compared to a corresponding wild-type arthropod.

Methods and compositions which can reduce the disturbance to wild life caused when man attempts to interact with wild life and more particularly methods and compositions which can enhance the interaction of man with aquatic life with minimal disturbance to the aquatic life.

The invention relates to a novel large-scale mixed breeding technology for scorpions, centipedes and mealworms, in particular to a large-scale mixed breeding technology for the scorpions, the centipedes and the mealworms, which belongs to methods for breeding special animals. The scheme is that: a stereoscopic pond used as a breeding environment is divided into three layers; square or rectangular ponds with the heights of between 40 and 50 centimeters are built by using bricks on the indoor cement floor of each layer; feeding plates are required to be arranged on each layer to provide convenience for feeding food therapy; the first layer is used for breeding the mealworms, the second layer is used for breeding the scorpions, and the third layer is used for breeding the centipedes; and for feeding, the scorpions and the centipedes are typical carnivores and like various living insects, and the adults and larvas of the mealworms can be fed with the same feed such as wheat bran, rice chaff, green vegetables, carrots and the like. The invention has the advantages that: the large-scale mixed breeding technology for the scorpions, the centipedes and the mealworms conforms with the wild life habits of the centipedes, the growth speed and the reproduction speed of the centipedes and the scorpions are greatly improved, and the centipedes, the scorpions and the mealworms have good medicinal effects, high effects, high quality and high market prices.

The invention provides an indoor cement pond artificial fry breeding method for epinephelus tukula. The method comprises the following steps of cement pond treatment, water quality treatment, stockingmanagement and fry breeding management, wherein fry breeding is divided into three stages, different cement ponds are adopted for breeding in each stage, and a good breeding environment is created; in the second and third stages of breeding, water grass planting is combined for cement pond purification, different artificial compound feed additives are fed in each stage, scientific matching is achieved, the growth rule of fry is combined, a wild life mode is simulated, water flow stimulation is conducted, and the fish body quality is enhanced. According to the fry breeding method, the survivalrate is greatly increased, growth and development are fast, and the economic benefits of epinephelus tukula breeding are increased.

The invention discloses a wild animal tracking label. The wild animal tracking label is characterized in that the wild animal tracking label is mainly formed by a belt, a belt buckle, a sealing box, a bar-shaped magnet, a swing shaft, a coil and a circuit. The sealing box is arranged on the belt, and the bar-shaped magnet, the swing shaft, the coil and the circuit are all arranged in the sealing box. The circuit is mainly formed by a power managing module, a lithium battery, a micro power single-chip microcomputer, a wireless transmitting module and a wireless receiving module, wherein the wireless transmitting module and the wireless receiving module are respectively connected with the micro power single-chip microcomputer, the micro power single-chip microcomputer is connected with the power managing module, and the lithium battery is connected with the power managing module. The coil is connected with the power managing module of the circuit. The bar-shaped magnet can swing around the swing shaft, and the swing radius of the bar-shaped magnet is smaller than the distance from the swing shaft to the wall of the sealing box. The coil is located below the bar-shaped magnet and is fixed on the bottom of the sealing box. The lithium battery in the circuit is connected with the power managing module. By means of the wild animal tracking label, the tracking of wild animals is no longer limited by the battery.

The invention discloses a wild life rescue knapsack, which comprises a knapsack body, a shockproof separation plate and an air bag, wherein the back part of the knapsack body is provided with back protecting sponge; the shockproof separation plate and the air bag are arranged between the backpack body and the back protecting sponge; the left side and the right side of the back part of the knapsack body are connected with inflatable safety sheets; the upper side and the lower side of the back part of the knapsack body are connected with inflatable safety belts; safety buckle belts are connected onto the inflatable safety sheets; an intelligent positioning chip and a twinkling safe warning lamp are arranged at the front side of the knapsack body; an automatic inflating device is arranged inside the knapsack body; and the automatic inflating device communicates with the air bag. By using the intelligent positioning chip, the GPS (Global Positioning System) positioning and the warning can be realized when a user gets lost in the wild; the broken stone or hailstone collision can be prevented through the shockproof separation plate; and when the automatic inflating device falls into water, the air bag can be automatically inflated, so that people falling into water can float, and the drowning risk is avoided.

A system for limiting access by flying animals to fans of an air-cooled condenser comprises a plurality of perimeter netting segments and interior netting segments. The fans are mounted on a framework and arranged in a matrix. Each fan comprises either (i) a perimeter fan positioned along any one of three or four outer edges of the matrix or (ii) an interior fan. Each perimeter netting segment is adapted to be positioned at least partly below a corresponding one of the perimeter fans. Each interior netting segment is adapted to be positioned at least partly below a corresponding one of the interior fans. Each perimeter netting segment has a first edge adapted to be affixed to the framework and a second edge affixed to a corresponding interior netting segment. At least a portion of each perimeter netting segment is angled inward and downward toward its corresponding interior netting segment.

The present invention discloses a feed and breeding method for improving egg production and hatching rate of crossoptilon mantchuricum. A daily feed formula of the crossoptilon mantchuricum is optimized. Mulberry leaves are added in a feed used in an estrus period and egg production period of the crossoptilon mantchuricum, and young silkworms are used to replace tenebrio molitor, so that protein and fatty acid of the feed are enriched. The feed provides high-quality nutrients for the crossoptilon mantchuricum in the egg production period, especially sufficient trace elements, vitamins and calcium, supplement of extra eggs is not needed for the crossoptilon mantchuricum, and a risk of the crossoptilon mantchuricum eating own eggs after egg production is reduced. The provided method scientifically manages the crossoptilon mantchuricum according to habits of the crossoptilon mantchuricum, simulates wild life of the crossoptilon mantchuricum to the greatest extent, and adopts various waysto enrich and increase sense of security of the crossoptilon mantchuricum, and reduce stress behaviors. The method for artificially feeding the crossoptilon mantchuricum is established and by simulating the wild life and enriching feed nutrition of the crossoptilon mantchuricum, the hatching rate of the crossoptilon mantchuricum is finally improved by about 10%.

The invention relates to a diluent for normal temperature preservation of sperm of lepus yarkandensis under artificial domestication conditions and preparation, and belongs to the technical field of wild animal reproduction. The diluent provided by the invention is prepared from 30g-40g of Tris, 20g-30g of citric acid, 1g-10g of glucose, 10ml-50ml of yolk, 1,000,000IU-2,000,000IU of penicillin, 1,000,000IU-2,000,000IU of streptomycin and the balance of double distilled water which is added until the constant volume is 1L. The pH value of the diluent is 6.8-7.4. The diluent provided by the invention can effectively prolong the normal temperature preservation time of the sperm of the lepus yarkandensis by 32 hours and can obviously improve the pregnancy probability and the litter size of female lepus yarkandensis under artificial domestication conditions, wherein the pregnancy rate is 60% or more, and the litter size is 2 or more.

The invention discloses a bamboo rat pup group living domestication method. The method comprises the steps that 1, multiple pup rats of 1.5-3 months old are put into a group breeding pond, and the male and female rats are separately fed in different group breeding ponds; 2, the rat pups are fed with a crude fiber material and a concentrated feed, then raised in the breeding ponds for 3-4 months, to make the bamboo rats to adapt to group living; 3, after the rats are fed in the breeding ponds for 3-4 months, the bamboo rats are separately selected into other farms for breeding. The group living breeding ponds are used in the method, which enables the rat pups to mimic the wild life in the group breeding ponds, the group breeding ponds can be used for the mass rearing of young rats, so that the young rats gradually adapt to the group living, and casualties caused by subsequent breeding or fightings in a large area of open-plant breeding are prevented, and a foundation is laid for large-scale artificial plant breeding.