California Agriculture
California Agriculture
California Agriculture
University of California
California Agriculture

All Issues

California Agriculture, Vol. 29, No.12

Cover:  Emperor penguins at Cope Crozier.

California Agriculture, Vol. 29, No.11

Cover:  Top shows boom-shaker in pistachio nut orchard. Bottom shows nuts harvested by boom-shaking (left) and (right) by handstripping those remaining after shaking.

California Agriculture, Vol. 29, No.10

Cover:  Feeding time at the Norman Feedlot, San Jacinto. See “Time of Processing Effects on Feedlot Calves,” - Photo by Max Clover.

California Agriculture, Vol. 29, No.9

Cover:  Damage carsed by sorghum midge. Severely blasted head on right; undamaged head on left.

California Agriculture, Vol. 29, No.8

Cover:  Cabbage looper on seedling lettuce.

California Agriculture, Vol. 29, No.7

Cover:  It’s a real eyepopper of an idea, but U.C. Davis student Raymond Sunseri doesn’t think any human can eat a cow’s breakfast. However, these rice straw cubes, as well as other alternative and by-product cattle feeds now under development by U.C. researchers, may be staple feed for animals of the future. This project and other work to enhance the world‘s food supply was explained by students and faculty at the Davis campus as part of this year’s Picnic Day actiuities - Photo by Tracy Borland

California Agriculture, Vol. 29, No.6

Cover:  Buck at Hopland Field Station.

California Agriculture, Vol. 29, No.5

Cover:  Pollinating tiny wild tomatoes from Peru in search for new genetic strains to improve nutritional qualities and disease resistance in US. tomato varieties - U.C. Davis.

California Agriculture, Vol. 29, No.4

Cover:  Moth introduced for biological control of Russian thistle: (top) adult Coleophora parthenica, 12x; (lower left) egg of moth, 30x; (lower right) larva in stem of thistle, lox.

California Agriculture, Vol. 29, No.3

Cover:  Almond branch showing severe failure of leaf buds; flower buds have bloomed and set fruit.

California Agriculture, Vol. 29, No.2

Cover:  California's beef industry from early longhorn to today's modern beef animal (see centennial series article).

California Agriculture, Vol. 29, No.1

Cover:  Walnut hedger with seven circular saw blades on two booms, allowing trimming without turning around.
December 1975
Volume 29, Number 12

Research articles

Comparative biochemistry of Antarctic proteins
by Robert E. Feeney, David T. Osuga
| Full text HTML  | PDF  
The UCD team of agricultural scientists has been studying the proteins of Antarctic species for 11 years, starting in 1964. During the first seven years, trips were made each year to Antarctica to study and obtain specimens from penguins and cold-adapted fishes.
The UCD team of agricultural scientists has been studying the proteins of Antarctic species for 11 years, starting in 1964. During the first seven years, trips were made each year to Antarctica to study and obtain specimens from penguins and cold-adapted fishes.
Chemical Control of the Sugar Beet Cyst Nematode: In Imperial Valley
by Demetrios G. Kontaxis, I. J. Thomason, Peter Yu, Ben Smith
| Full text HTML  | PDF  
Soil treatment with twenty gallons of D-D or Telone in combination with 40 pounds of Temik 10G per acre gave 28 tons of sugar beet root yield per acre versus 7 tons from non-treated plots. The cost of applied materials and gross return per acre was approximately $90 and $1064, respectively.
Impact of Air Pollution on the Growth of Ponde Rosa Pine
by Joe R. McBride, Vaiva P. Semion, Paul R. Miller
| Full text HTML  | PDF  
Air pollution poses a serious threat to the coniferous forests of California. Symptoms of air pollution damage to coniferous species have been observed in forests located north and east of the Los Angeles basin, east of major cities in the Central Valley, and east of San Diego. Damage is especially severe in the San Bernardino Mountains east of Los Angeles.
Air pollution poses a serious threat to the coniferous forests of California. Symptoms of air pollution damage to coniferous species have been observed in forests located north and east of the Los Angeles basin, east of major cities in the Central Valley, and east of San Diego. Damage is especially severe in the San Bernardino Mountains east of Los Angeles.
Filth Fly Sources in Decaying Melon Fields: In Southern California's Low Deserts
by E. F. Legner, G. S. Olton
| Full text HTML  | PDF  
Cull cantaloupes and watermelons are a major breeding habitat for several filth flies in southern Californiu's lower desert valleys, with the common house fly,
Prediction of the First Harvesting Date of Creole Onions: In the Palo Verde Valley of California
by Charles C. Cheyney, K. N. Paulson
| Full text HTML  | PDF  
Harvesting onions for dehydration in California starts in the Palo Verde and Imperial Valleys in May or June, proceeds north, and terminates in the Tule Lake area in October or November. Consequently, processing plants do not operate from November to May. To keep costs at a minimum, it is important not to prepare and staff the plants before the onions will be available to dehydrate. Thus, the problem is to predict far enough in advance the time onions will be available, so that employees and onions can arrive at the processing plant at the same time.
Harvesting onions for dehydration in California starts in the Palo Verde and Imperial Valleys in May or June, proceeds north, and terminates in the Tule Lake area in October or November. Consequently, processing plants do not operate from November to May. To keep costs at a minimum, it is important not to prepare and staff the plants before the onions will be available to dehydrate. Thus, the problem is to predict far enough in advance the time onions will be available, so that employees and onions can arrive at the processing plant at the same time.
Multiple Insemination of Turkey Hens
by F. X. Ogasawara, J. P Schroeder, L. S. Mercia
| Full text HTML  | PDF  
Dilution of turkey semen to make it more fluid and easier to work with is practiced in some segments of the turkey breeding industry since fertility is not adversely affected and, in some cases, is enhanced. Dilution of semen also offers an economic advantage. The number of toms in a breeding flock, costing $30 each for the season, can be decreased. The potential savings to California turkey breeders from this reduction would amount to approximately $1.5 million for the turkey breeding season.
Dilution of turkey semen to make it more fluid and easier to work with is practiced in some segments of the turkey breeding industry since fertility is not adversely affected and, in some cases, is enhanced. Dilution of semen also offers an economic advantage. The number of toms in a breeding flock, costing $30 each for the season, can be decreased. The potential savings to California turkey breeders from this reduction would amount to approximately $1.5 million for the turkey breeding season.
A Comparison of Two Pruning Methods: On mature lemon trees
by R. M. Burns, S. B. Boswell, S. F. Wear, C. D. McCarty
| Full text HTML  | PDF  
For many years, most lemon trees have been regularly pruned as a general practice. The reasons for pruning have included: ease of harvest and cultural operations, stimulation of fruit wood, andimprovement of fruit size and quality.
For many years, most lemon trees have been regularly pruned as a general practice. The reasons for pruning have included: ease of harvest and cultural operations, stimulation of fruit wood, andimprovement of fruit size and quality.

News and opinion

The Perfective Society
by J. B. Kendrick
Full text HTML  | PDF  
Webmaster Email: sjosterman@ucanr.edu

Thank you for visiting us at California Agriculture. We have created this printable page for you to easily view our website offline. You can visit this page again by pointing your Internet Browser to-

http://ucanr.edu/sites/calagjournal/archive/index.cfm?issue=29_10&issue=29_10

California Agriculture, Vol. 29, No.12

Cover:  Emperor penguins at Cope Crozier.

California Agriculture, Vol. 29, No.11

Cover:  Top shows boom-shaker in pistachio nut orchard. Bottom shows nuts harvested by boom-shaking (left) and (right) by handstripping those remaining after shaking.

California Agriculture, Vol. 29, No.10

Cover:  Feeding time at the Norman Feedlot, San Jacinto. See “Time of Processing Effects on Feedlot Calves,” - Photo by Max Clover.

California Agriculture, Vol. 29, No.9

Cover:  Damage carsed by sorghum midge. Severely blasted head on right; undamaged head on left.

California Agriculture, Vol. 29, No.8

Cover:  Cabbage looper on seedling lettuce.

California Agriculture, Vol. 29, No.7

Cover:  It’s a real eyepopper of an idea, but U.C. Davis student Raymond Sunseri doesn’t think any human can eat a cow’s breakfast. However, these rice straw cubes, as well as other alternative and by-product cattle feeds now under development by U.C. researchers, may be staple feed for animals of the future. This project and other work to enhance the world‘s food supply was explained by students and faculty at the Davis campus as part of this year’s Picnic Day actiuities - Photo by Tracy Borland

California Agriculture, Vol. 29, No.6

Cover:  Buck at Hopland Field Station.

California Agriculture, Vol. 29, No.5

Cover:  Pollinating tiny wild tomatoes from Peru in search for new genetic strains to improve nutritional qualities and disease resistance in US. tomato varieties - U.C. Davis.

California Agriculture, Vol. 29, No.4

Cover:  Moth introduced for biological control of Russian thistle: (top) adult Coleophora parthenica, 12x; (lower left) egg of moth, 30x; (lower right) larva in stem of thistle, lox.

California Agriculture, Vol. 29, No.3

Cover:  Almond branch showing severe failure of leaf buds; flower buds have bloomed and set fruit.

California Agriculture, Vol. 29, No.2

Cover:  California's beef industry from early longhorn to today's modern beef animal (see centennial series article).

California Agriculture, Vol. 29, No.1

Cover:  Walnut hedger with seven circular saw blades on two booms, allowing trimming without turning around.
December 1975
Volume 29, Number 12

Research articles

Comparative biochemistry of Antarctic proteins
by Robert E. Feeney, David T. Osuga
| Full text HTML  | PDF  
The UCD team of agricultural scientists has been studying the proteins of Antarctic species for 11 years, starting in 1964. During the first seven years, trips were made each year to Antarctica to study and obtain specimens from penguins and cold-adapted fishes.
The UCD team of agricultural scientists has been studying the proteins of Antarctic species for 11 years, starting in 1964. During the first seven years, trips were made each year to Antarctica to study and obtain specimens from penguins and cold-adapted fishes.
Chemical Control of the Sugar Beet Cyst Nematode: In Imperial Valley
by Demetrios G. Kontaxis, I. J. Thomason, Peter Yu, Ben Smith
| Full text HTML  | PDF  
Soil treatment with twenty gallons of D-D or Telone in combination with 40 pounds of Temik 10G per acre gave 28 tons of sugar beet root yield per acre versus 7 tons from non-treated plots. The cost of applied materials and gross return per acre was approximately $90 and $1064, respectively.
Impact of Air Pollution on the Growth of Ponde Rosa Pine
by Joe R. McBride, Vaiva P. Semion, Paul R. Miller
| Full text HTML  | PDF  
Air pollution poses a serious threat to the coniferous forests of California. Symptoms of air pollution damage to coniferous species have been observed in forests located north and east of the Los Angeles basin, east of major cities in the Central Valley, and east of San Diego. Damage is especially severe in the San Bernardino Mountains east of Los Angeles.
Air pollution poses a serious threat to the coniferous forests of California. Symptoms of air pollution damage to coniferous species have been observed in forests located north and east of the Los Angeles basin, east of major cities in the Central Valley, and east of San Diego. Damage is especially severe in the San Bernardino Mountains east of Los Angeles.
Filth Fly Sources in Decaying Melon Fields: In Southern California's Low Deserts
by E. F. Legner, G. S. Olton
| Full text HTML  | PDF  
Cull cantaloupes and watermelons are a major breeding habitat for several filth flies in southern Californiu's lower desert valleys, with the common house fly,
Prediction of the First Harvesting Date of Creole Onions: In the Palo Verde Valley of California
by Charles C. Cheyney, K. N. Paulson
| Full text HTML  | PDF  
Harvesting onions for dehydration in California starts in the Palo Verde and Imperial Valleys in May or June, proceeds north, and terminates in the Tule Lake area in October or November. Consequently, processing plants do not operate from November to May. To keep costs at a minimum, it is important not to prepare and staff the plants before the onions will be available to dehydrate. Thus, the problem is to predict far enough in advance the time onions will be available, so that employees and onions can arrive at the processing plant at the same time.
Harvesting onions for dehydration in California starts in the Palo Verde and Imperial Valleys in May or June, proceeds north, and terminates in the Tule Lake area in October or November. Consequently, processing plants do not operate from November to May. To keep costs at a minimum, it is important not to prepare and staff the plants before the onions will be available to dehydrate. Thus, the problem is to predict far enough in advance the time onions will be available, so that employees and onions can arrive at the processing plant at the same time.
Multiple Insemination of Turkey Hens
by F. X. Ogasawara, J. P Schroeder, L. S. Mercia
| Full text HTML  | PDF  
Dilution of turkey semen to make it more fluid and easier to work with is practiced in some segments of the turkey breeding industry since fertility is not adversely affected and, in some cases, is enhanced. Dilution of semen also offers an economic advantage. The number of toms in a breeding flock, costing $30 each for the season, can be decreased. The potential savings to California turkey breeders from this reduction would amount to approximately $1.5 million for the turkey breeding season.
Dilution of turkey semen to make it more fluid and easier to work with is practiced in some segments of the turkey breeding industry since fertility is not adversely affected and, in some cases, is enhanced. Dilution of semen also offers an economic advantage. The number of toms in a breeding flock, costing $30 each for the season, can be decreased. The potential savings to California turkey breeders from this reduction would amount to approximately $1.5 million for the turkey breeding season.
A Comparison of Two Pruning Methods: On mature lemon trees
by R. M. Burns, S. B. Boswell, S. F. Wear, C. D. McCarty
| Full text HTML  | PDF  
For many years, most lemon trees have been regularly pruned as a general practice. The reasons for pruning have included: ease of harvest and cultural operations, stimulation of fruit wood, andimprovement of fruit size and quality.
For many years, most lemon trees have been regularly pruned as a general practice. The reasons for pruning have included: ease of harvest and cultural operations, stimulation of fruit wood, andimprovement of fruit size and quality.

News and opinion

The Perfective Society
by J. B. Kendrick
Full text HTML  | PDF  

University of California, 1301 S. 46th St., Bldg. 478 Richmond, CA
Email: calag@ucanr.edu | Phone: (510) 665-2163 | Fax: (510) 665-3427
Please visit us again at http://californiaagriculture.ucanr.edu/