Chicken Coop Plans

How to Build a Backyard Chicken Coop

Making your own chicken coop will probably be the best decision that you have ever made for your home. Why, do you ask? Building your own chicken coop does three things for you. First, it saves you a lot of money. Having someone else build a coop for you can set you back a lot of cash that you shouldn't have to spend. Second, you can build it how YOU want it done. A coop that comes with your house will likely not meet the specific needs of your flock. Third, you will look on what you have built with pride, knowing that you have built something lasting and high quality. This ebook teaches you how to build your own chicken coop from scratch without having to have any previous construction experience or much money at all. Make the coop that your flock deserves! Read more here...

How to Build a Backyard Chicken Coop Summary


4.8 stars out of 18 votes

Contents: Ebook
Author: Bill Keene
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Price: $29.95

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My How to Build a Backyard Chicken Coop Review

Highly Recommended

Of all books related to the topic, I love reading this e-book because of its well-planned flow of content. Even a beginner like me can easily gain huge amount of knowledge in a short period.

All the modules inside this e-book are very detailed and explanatory, there is nothing as comprehensive as this guide.

15 Chicken Coop Plans By Easy Coops

Now you can choose the healthy self-sufficient life style and build your own chicken coop in your backyard without any experience or elaborated woodwork tools. You will learn how to build a durable great looking coop that will withstand weather changes. This book will help you supply your family with daily healthy delicious eggs. Some of my doubts before buying the book was the lack of experience I had and I felt great that all plans didn't require any woodwork background because they are all explained in details and illustrations and the best advantages for me is that every plan has very accurate measurements which helped a lot. This 600 pages book has 15 different coop plans to choose from. Each plan have a security measures to keep hens save and have a space for adults to walk. By reading each plan you will learn the best durable material which is very cost effective and you will learn how to make all the ventilations and insulations work. The book was created by a collection of big names and certified professionals in the field of agriculture and sustainable farming. I find it is the best book in this field so far. Read more here...

15 Chicken Coop Plans By Easy Coops Summary

Contents: Ebook, Plans
Official Website:
Price: $29.99

Significance to humans

Trumpeters are said to make good pets, and often are used to protect chicken coops and alert their owners when snakes appear. Trumpeters are heavily hunted for food in some parts of their range. Hunters stun them by shining lights into their eyes while they roost at night. Since trumpeters are loyal to other members of their group, they often will stay close if another bird is injured, making them easy targets for hunters.

Cranes Rails Relatives And People

Cases as national symbols or on coins. The whooping crane is frequently used as a symbol of conservation because of the extensive effort devoted to saving it from extinction. Limpkins were once hunted for meat. Today their calls represent a significant part of the culture of some aboriginal peoples. Kagus have always been hunted for meat, their feathers have been used for decoration by indigenous cultures, and kagu songs were imitated in war dances. In addition, kagus were once kept as pets by Europeans. They now frequently appear as a symbol of New Caledonia. Rails have been hunted for food and sport throughout the world, and rail eggs are often eaten as well. Some species have also served as fighting birds, incubators of chicken eggs, or as pets. Sunbitterns have been kept as pets. Trumpeters have also been kept as pets or used to guard chicken coops from snakes. They have also been hunted for food. Seriemas are sometimes used to guard chicken coops, again because they kill large...

The Possibility of Continuously Measuring Energy Metabolism

Different light regimes influence the adult life span. At least in Drosophila, constant light has a life-shortening effect (Sheeba et al., 2000). Under such conditions, a very high egg production rate can be observed, which might be responsible for the early death. After results from Pittendrigh (1972), the light-dark cycle under which larvae of Drosophila were reared had strong influence on the longevity of the adults. It is generally known that a desynchronization of endogenous rhythms affects many physiological parameters and is therefore of major

Conservation Status

Snakes are part of the diet of both species of seriemas. Unlike many snake-eaters, however, the black-legged seriema appears to be unable to tell the difference between poisonous snakes and non-poisonous snakes. They are not immune to snake venom and are therefore sometimes killed by their intended prey. Farmers sometimes keep them in chicken coops to kill snakes, as well as to give warning when predators approach.

Factors That Affect Lifespan

There is no evidence to suggest sex differences in lifespan however, males and females respond differently to interventions known to extend lifespan (e.g., dietary restriction (Magwere et al., 2004)). Physiological differences, for example, differences in nutrient demand, differences in resource allocation (females for egg production males for activity and courtship), and differences in sensitivity to hormonal signaling pathways that are known to determine lifespan (such as insulin insulinlike growth factor signaling (IIS) pathway) may be responsible.

Avian Models For Reproductive And Neuroendocrine Aging

Typically undergo reproductive aging during the first two years of egg production. The smaller, and substantially shorter-lived, domestic Japanese quail (Coturnix japonica) is in many ways an ideal bird model for studies of rapid reproductive and neuroendocrine aging, since its life history is very similar to that of a laboratory rodent. Quail maintained on long days (15L 9D) mature in 8 weeks, maintain peak production for about 10 months, and show fertility declines (30-50 ) by 70 weeks of age, with complete ovulatory failure as early as 18 months. Aging females exhibit irregular egg production associated with diminished hypothalamic response to ovarian steroids (Ottinger and Bakst, 1995 Ottinger, 1996). Reproductive aging is relatively rapid (1-2 yrs) in quail hens, yet they have a substantially longer documented postreproductive life span (2-4 yrs) than that of rodents. Quail can be maintained inexpensively and bred in large numbers. The Ottinger lab has used an outbred domestic...

Reproductive Biology

A broadcast spawner, reproduces over a variety of substrates, including sandy, gravelly, or rocky lake and river bottoms, as well as stream vegetation, usually in an area where the water is moving either via a slow current or shoreline waves. The female scatters her eggs. Breeding occurs in spring to early summer, sometimes even in late winter. Egg production in the females begins much earlier, and anglers find females well laden with eggs in early winter. Eggs hatch in one to two weeks. No parental care of eggs or young.

Feral cats in Australia

The hedgehog (Erinaceus europaeus) often invades hen houses to take eggs. (Photo by Hans Reinhard OKAPIA Photo Researchers, Inc. Reproduced by permission.) The hedgehog (Erinaceus europaeus) often invades hen houses to take eggs. (Photo by Hans Reinhard OKAPIA Photo Researchers, Inc. Reproduced by permission.)

Behavior And Reproduction

Courtship and mating usually occurs early in the evening or after dark. The males of many species offer a dead insect as food to females during courtship. They will sometimes steal insects caught in spider webs. If a suitable dead insect is not available, the male may try to steal one from another courting male, or he may spit up a blob of saliva and offer it to the female instead. Once he has a gift he flaps his wings and releases a pheromone (FEH-re-moan), which is a scent to attract females. The pheromones also attract other males who may try to steal his gift. Females select mates on the basis of the size and quality of their gift. In some species, males pretend to be females and then steal the gift of males attempting to court them. The thief then mates with a female while she eats his gift of stolen food. In some species of scorpionflies (Panorpa) the males use a special clamp on their abdomens to grab the edges of the female's wings to prevent her from flying away. Mating...

Poultry Production

Poultry and swine production systems are similar. For example, commercial chicken production systems can market meat birds (broilers) at around 30 days of age (broiler) and can produce around 320 eggs per year from a layer. These systems depend upon elite genetics, nutrition, and management to achieve these results. Essentially, all poultry production systems (e.g., turkeys, ducks) are similar to the chicken broiler industry described below. Parent breeding birds produce eggs for both the broiler and layer systems however, birds used for meat are different from those used for eggs. Thus, the broiler and layer industries are essentially separate. Workers remove the eggs from the hens to allow artificial incubation. Day-old chickens go to broiler units (meat) or for growing out to egg-laying age. Hens move into the layer shed at the point of egg production. Nutritional systems are complex and similar to the system used for intensive swine production. Complex biosecurity systems have...


A cautionary note is in order here not all flies react to CR in the same manner as described above. Our selected La and Ra strains have a different response pattern (Arking, unpublished data). Mediterranean fruit flies (Ceratitis capitata) are distantly related to Drosophila and might reasonably be expected to react to CR in the same manner if one assumes that the CR mechanism is highly conserved and public. However, a recent study reported that the Mediterranean fruit fly shows a more or less constant longevity at various levels of diet restriction with a sharp decrease in mortality once the diet falls below 50 of the ad libitum level (Carey et al., 2002). There is no evidence for an increase in longevity at some consistent level of dietary restriction. Reproduction occurred across the range of diets tested. The mortality increase occurred in both sexes even though males have no obvious counterpart to the energetic demands of egg production in females. On the other hand, these same...

Maned wolf

Although the range of the species is large, it seems that they live at very low population densities. With an estimate of only one wolf per 116 mi2 (300 km2), the world population may be under 3,000. The species is persecuted for raiding hen houses, and does not live in areas of intensive settled agriculture. On the positive side, it has been able to colonize areas where forests have been recently cleared. Although officially protected and recognized as endangered in its native lands, it is listed only as Lower Risk Near Threatened by the IUCN.

Barbers pole worm

Third stage juveniles retain the second stage cuticle as a sheath they do not feed and are infective for the vertebrate host. In a sheep's gut, larvae develop to adults in about three weeks. Mating of adults occurs and egg production commences. The eggs hatch in soil or water. Infections by third stage juveniles may also occur through the skin. Enormous numbers of juveniles may accumulate on heavily grazed pastures. However, many die during low temperatures.

Human whipworm

The reproductive system is found at the esophago-intestine region. Both males and females have single reflexed gonads. The male has only one spicule. The eggs are operculate, and the females are oviparous. In early larval development, there are two rows of cells. When they infect a host, the eggs are sticky. Eggs have, smooth outer shells. Adult females can lay eggs for up to five years. Egg production is estimated at 1,000-7,000 per day following copulation, and may contain up to 46,000 eggs at any one time. The eggs can be expelled with the feces of the host. Embryonation is completed in about 21 days in soil at about 86 F (30 C), where it is moist and shady. Adults can live for several years, so large numbers can accumulate in humans.


The fertilized eggs are broadly oval, and the shell is thickened, tuberculate and measure about 0.0098 in (250 pm) in length by 0.00059 in (15 pm) in width. About 2-3 weeks after passage in the feces and with ideal environmental conditions, the eggs contain an infective juvenile, and humans are infected when they ingest such infective eggs. Adults can live in the small intestine for six months or longer. In the intestine, eggs are only embryonated mass of cells, with further differentiation occurring outside the host. Eggs can stay alive in the soil for many years if conditions are adequate. The cycle from egg ingestion to new egg production takes approximately two months.

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