Myxomatosis in Australian Wild Rabbits — Evolutionary Changes in an Infectious Disease
Department of Microbiology, John Curtin School of Medical Research, Australian National University, Canberra, Australia
The Harvey Lectures
Delivered under the auspices of The Harvey Society of New York
1957 – 1958
Born and raised in Jersey City, NJ!
Many soon ready to breed!
The young are around 3″ to 8″. Adults quickly grow to 10″ or larger. A fifty gallon aquarium is minimum for the full grown fish.
When fed a color food, they turn orange – red.
Parents on premises! Locally raised in Jersey City, close to New York City
$7.77 each — Quantity prices available.
At French’s Bird Institute, Ted F. Ey shows what a man would have to eat each day if he had the proverbial “appetite of a bird.” Birds eat nearly 100 times their own weight in food in a year. The average man eats less than 10 times his own weight annually.
SHOWN HERE, literally eating like a bird, is Ted F. Ey of Rochester, New York.
A study of parakeet eating habits has exploded the popular idea that birds have tiny appetites. Instead, it showed that the average parakeet eats nearly 100 times its own weight annually in seed, cuttlebone, gravel and water. Because the parakeet weighs only about 1 1/4 ounces, this actually means that it consumes about 8 pounds of food a year. To eat at the same rate, a man would have to devour some 16,000 pounds of food annually instead of his normal consumption of 1,300 pounds.
With his pet parakeet, “Frenchy,” watching from his shoulder, Ey is shown breakfasting on wheat cakes, with the rest of his day’s “bird rations” before him-45 pounds of meat, poultry, potatoes, vegetables, fruits, eggs, milk and other foods!
From Amazing But True Animals
by Doug Storer
The mailing address is:
297 Griffith St.
Jersey City, NJ 07307
Supreme Birds is eager to hear from breeders of american parakeets, canaries, cockatiels, finches and lovebirds. We are also very interested in contacting manufacturers of pet products seeking representation in the United States, particularly the New York City metro area. Please email email@example.com
Supreme Birds is run by Anthony Olszewski. Mr. Olszewski has published many articles on cage birds in avicultural journals in the United States, Great Britain and other countries. He authored a chapter on avian genetics for a veterinary text book and worked as an editor at a magazine produced by TFH, the world’s largest publisher of pet books. Anthony Olszewski also has written for major tropical fish journals about Lake Malawi African Cichlids and Discus. He managed a retail pet shop and ran a wholesale bird seed business.
Anthony Olszewski offers consulting services for the maintenance, breeding, and research of cage birds (particularly budgerigars, canaries, and zebra finches) to manufacturers, educational institutions and government.
Handbook of Avian Hybrids of the World
EUGENE M. McCARTHY
Handbook of Avian Hybrids of the World attempts to list all avian crosses reported in the scientific literature and/or on the Internet (the vast majority of the documentation is of the former type). Quite a few personal communications are also
included. It is the broadest survey of its kind to date, listing not only crosses occurring under natural conditions, but also those obtained in captivity. No general reference on this subject has been published in English since 1958 (A. P. Gray’s Bird Hybrids). Since that time, interest in avian hybridization has been steadily rising, especially with regard to the fields of taxonomy, conservation, and evolutionary biology. In recent years, reports of hybrids have been far more frequent than in the past (Randler 1998). The increase is probably due to a large rise in the number of field observers, better optical equipment, and an enhanced awareness of the existence of avian hybrids. Unusual hybrids are now often prominently featured in birding magazines and are puzzled over by birders in chat rooms on the Internet.
Gray’s book continues to be cited, but mostly for lack of anything more up-to-date. There has been a need for a new reference that takes into account the last half century of data. Moreover, although often cited by academics, Gray’s book has a decidedly utilitarian perspective, slanted toward the concerns of the breeder rather than the professional biologist. A more recent work on the topic, written for biologists rather than breeders, is E. N. Panov’s Natural Hybridization and Ethological Isolation in Birds (1989). It is also widely cited, but is still 17 years out of date,
written in Russian, and covers only natural hybrids. Data on hybrids produced in captivity can also be important to naturalists. Crosses produced in aviaries often allow identification of specimens obtained in the wild. This book represents an effort to fill these gaps in the literature.
Click HERE to access the book as a PDF.
Safety and efficacy of Panaferd-AX (red carotenoid-rich bacterium
Paracoccus carotinifaciens) as feed additive for salmon and trout1
Scientific Opinion of the Panel on Additives and Products or Substances used in Animal Feed
(Question No EFSA-Q-2006-173)
Adopted on 18 September 2007
Georges Bories, Paul Brantom, Joaquim Brufau de Barberà, Andrew Chesson, Pier Sandro Cocconcelli, Bogdan Debski, Noël Dierick, Anders Franklin, Jürgen Gropp, Ingrid Halle, Christer Hogstrand, Joop de Knecht, Lubomir Leng, Anne-Katrine Lundebye Haldorsen, Alberto Mantovani, Miklós Mézes, Carlo Nebbia, Walter Rambeck, Guido Rychen, Atte von Wright and Pieter Wester
Following a request from the European Commission, the Panel on Additives and Products or Substances used in Animal Feed (FEEDAP) was asked to deliver a scientific opinion on the safety and efficacy of Panaferd-AX. The product is a feed additive consisting of dried sterilised cells of a red carotenoid-rich bacterium (Paracoccus carotinifaciens) intended to provide farmed Atlantic salmon (Salmo salar) and rainbow trout (Oncorhynchus mykiss) with a source
of astaxanthin which confers the characteristic red colour to the flesh. Panaferd-AX contains around 4 % total red carotenoids, predominantly astaxanthin (2.2 %), adonirubin (1.3 %) and
canthaxanthin (0.4 %).
In salmon and rainbow trout astaxanthin, deposition in flesh from Panaferd-AX was less efficient than that from synthetic astaxanthin. However, equal astaxanthin doses from both sources resulted in a comparable flesh pigmentation in the dose range of 20 to 100 mg astaxanthin kg-1 feed, due to the contribution of the other red carotenoids, mainly adonirubin and canthaxanthin, which are also demonstrated to be deposited in fish flesh. The technological
and organoleptic properties of flesh from Panaferd-AX-treated fish were not different from those treated with synthetic astaxanthin.
Panaferd-AX, at dietary incorporation rate of 12.5-fold greater than the proposed maximum incorporation rate (0.4 %) is safe for salmonids (trout and salmon). Paracoccus carotinifaciens is not a known pathogen, and no other concerns have been identified either in the limited literature available or in the data submitted in the dossier.
. . .
Click HERE to download the report as a PDF.
I’m breeding Midas Cichlids. When the picture was taken, the young fish were just starting to color up. These are sold in Pet Smart as Red Devils — which actually is a different fish.
If any LFS or wholesalers can use quantities of these fish, email Anthony.Olszewski@gmail.com — located in Jersey City, NJ 07307
The mailing address is:
297 Griffith St.
Jersey City, NJ 07307
As a protein supplement, Marc fed the birds hard boiled chicken egg not mixed with bread crumbs. The toucans used a wooden box for a nest. A palm log also was in the cage. The birds demolished this and used some of the debris in the box for nesting material. Marc Weiss believes that the “trashing” of the palm trunk is an important part of nesting behavior.
Here’s what Marc Weiss wrote about the birds care:
Their basic diet was fruit, and Mazuri softbill diet. Breeding was induced using my egg food, not just egg. Mixture of mashed eggs, soy protein isolate and vitamin/mineral mix. They would also eat anything living that got into the aviaries which had half inch X two wire as I remember. So any bugs, lizards, etc. would be eaten as they were outdoors.