+ Resolve Article
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter

+ Translate
+ Subscribe to Site Feed
GeoScience Most Shared ContentMost Shared Content

Geography & Life Sciences: Chapter 15704

Chapter 15704 provides bibliographic information on scholary research in geography and in the life sciences.

Energy requirement of caribou depending on the season of the year. Soviet agricultural biology: Part 2: Animal biology: ) 66-68

Energy requirement of dairy cattle.

Energy requirement of evaporative drying. Sugar Industry / Zuckerindustrie 132(10): 766-769

Energy requirement of fish lower than farm animals. Feedstuffs 65(49): 11-12

Energy requirement of mares for lactation.

Energy requirement of sows for lactation.

Energy requirement of sows. 1.

Energy requirement of the TASTE citrus juice evaporator and its reduction by automatic control--a pilot plant evaluation. Proceedings of the annual meeting of the Florida State Horticultural Society, 92(92): 177-179

Energy requirement of the chain-rake cutter of silage unloader. Zemedelska technika Ceskoslovenska akademie zemedelska Ustav vedeckotechnickych informaci pro zemedelstvi 28(8): 489-493

Energy requirement of young West African dwarf sheep. World review of animal production 28(4): 17-21

Energy requirements. Seminars in Fetal & Neonatal Medicine 12(1): 2-10

Energy requirements and body composition in cystic fibrosis. Proceedings of the Nutrition Society of Australia5(15): 190-195

Energy requirements and body surface area of cats and dogs. Journal of the American Veterinary Medical Association 225(5): 689-694

Energy requirements and cow. Journal of animal science 85(10): 2413-2422

Energy requirements and cow/calf efficiency of Nellore and Continental and British Bos taurus x Nellore crosses. Journal of Animal Science 85(10): 2413-2422

Energy requirements and economic growth.

Energy requirements and equipment for continuous processing of raw foods by gas-exchange. Agricultural energy: selected papers and abstracts from the 1980 ASAE National Energy Symposium: 664

Energy requirements and management for pumping irrigation water. Water and water policy in world food supplies: proceedings of the conference May 26-30-1985 Texas AandM University College Station Texas editor Wayne R Jordan: 289

Energy requirements and plowing quality for shallow moldboard plowing. Paper er 1993 (931521)

Energy requirements and processing costs for freeze-dehydration of prerigor meat. Food technology 35(4): 61-62

Energy requirements and production costs of silaging on small farms. Mechanizacja rolnictwa: 15, 24 (11) 22-25

Energy requirements and responses: a UK perspective. BSAP occasional ication: 9) 31-41

Energy requirements and sources for the equine. Stud managers' handbook: 58-61

Energy requirements and the net energy system. North Central regional extension ication: 95 (572)

Energy requirements assessed using the doubly-labelled water method. British journal of nutrition 80(3): 217-218

Energy requirements by soil tillage with dual driven harrow tines.

Energy requirements diagrams in cattle farming. Some proposals on energy saving and on the use of renewable energies. Rivista di ingegneria agraria 12(3): 133-193

Energy requirements during pregnancy: old questions and new findings. American Journal of Clinical Nutrition 79(6): 933-934

Energy requirements for Agaricus bisporus production in bed culture. Developments in crop science0(10): 493-500

Energy requirements for Florida citrus production. Proceedings of the annual meeting of the Florida State Horticultural Society 105(105): 84-87

Energy requirements for Florida ornamentals production. Proceedings of the annual meeting of the Florida State Horticultural Society 106(106): 276-279

Energy requirements for anaerobic fermentation of livestock wastes. Livestock waste: a renewable source proceedings 4th International Symposium on Livestock Wastes 1980 April 15-17-1980 Amarillo Civic Center Amarillo Texas: 121

Energy requirements for anaerobic fermentation systems. Anaerobic fermentation of beef cattle manure: final report AG Hashimoto YR Chen VH Varel: 5

Energy requirements for breaking soil samples.

Energy requirements for different farming operations. Revista nacional de agricultura: 69 (824) 22-23

Energy requirements for drying large round bales. Drying technology(4): 855-863

Energy requirements for egg laying. Dansk erhvervsfjerkrae: 3 (11) 243-244

Energy requirements for food and fiber.

Energy requirements for fruit production in California. Energy Use Management Proceedings of the International Conference: 719-723

Energy requirements for grain drying.

Energy requirements for grass chopping. Meldinger 52 (28)

Energy requirements for growing and breeding swine. Suinicoltura 18 (7) 55-61

Energy requirements for growth.

Energy requirements for growth and maintenance of Scenedesmus protuberans Fritsch in light-limited continuous cultures. Archives of microbiology 125(1-2): 9-17

Energy requirements for incubation in Great Tits (Parus major L.).

Energy requirements for industrial water pollution control--a perspective. Water American Institute of Chemical Engineers5(190): 28-45

Energy requirements for irrigated crop production. Energy Use Management Proceedings of the International Conference: 743-750

Energy requirements for liquid food concentration. Food technology: 31 (3) 67-76

Energy requirements for maintenance and growth in pigs from 20-120 kg live weight. European Association for Animal Production ication: 9) 210-213

Energy requirements for maintenance and growth in the pig.

Energy requirements for maintenance and production of medium weight laying hens. Revue de l'agriculture 33(1): 105-116

Energy requirements for marketing functions. CRC handbook of transportation and marketing in agriculture(1): 15-22

Energy requirements for pumping water in different blocks of the Punjab state. Journal of research Punjab Agricultural University 17(4): 388-393

Energy requirements for root penetration of compacted soil. Future developments in soil science research: a collection of SSSA golden anniversary contributions presented at the annual meeting in New Orleans LA 30 Nov 5 Dec 1986 editorial committee LL Boersma et al: 377

Energy requirements for silviculture. Proceedings 46-148

Energy requirements for swine rearing. Suinicoltura 19(1): 35-40

Energy requirements for the cooling and in-store drying of cereal grains in Sri Lanka. International journal for development technology 4(4): 283-292

Energy requirements for the growing pig. Publication European Association for Animal Production: ub 1980) (26) 151-156

Energy requirements for the irrigation pumping plant.

Energy requirements for the production of phosphate fertilizers. Role of phosphorus in agriculture editors F E Khasawneh E C Sample E J Kamprath: 250

Energy requirements for the synthesis of body proteins during growth as determined in model experiments with rats. 2. trials with dietary casein and wheat gluten used unsupplemented or with supplements of methionine or lysine as proteins of nutritive value.

Energy requirements for the uptake of L-leucine by Saccharomyces cerevisiae. Biochimica et Biophysica Acta 394(3): 470-481

Energy requirements for transportation systems.

Energy requirements for wheat production and use in California.

Energy requirements in agriculture. Roczniki nauk rolniczych Seria G: Ekonomika rolnictwa2(1): 69-90

Energy requirements in conditioning of liquid foods. Possible savings. Embouteillage conditionnement: (195) 25-27

Energy requirements in conservation tillage. Proceedings of the 1985 Southern Region No Till Conference: July 16-17-1985 Griffin Georgia edited by WL Hargrove and FC Boswell and GW Langdale: 4

Energy requirements in contruction of stables for bull-fattening. Landtechnik 36(9): 428-432

Energy requirements in food irradiation. Energy in world agriculture(1): 203-216

Energy requirements in food marketing. Journal of food distribution research: 5 (2) 23-26

Energy requirements in food production. Proceedings 3-24

Energy requirements in human beings Energy balance, obesity. Human nutrition: current issues and controversies edited by A Neuberger TH Jukes

Energy requirements in lactation.

Energy requirements in relation to ventilation and heating of stables . Energiudvinding og energibesparende foranstaltninger i landbruget: NJF seminar 1977 redaktion Borge Mortensen Jan S Strom: 7

Energy requirements in surface and groundwater management.

Energy requirements in textile processing. Textiles er 11(2): 42-47

Energy requirements low for tailwater and lake pumps.

Energy requirements of a flail-type land ripper. Zemedelska technika Ceskoslovenska akademie zemedelska Ustav vedeckotechnickych informaci pro zemedelstvi 27(11): 651-660

Energy requirements of agriculture. Environment and man: 1-20

Energy requirements of agriculture in Alberta. Energy in agriculture collection Citation supplied by Michigan State University Department of Agricultural Engineering

Energy requirements of alternatives in water supply, use, and conservation.

Energy requirements of beef calves for maintenance and growth.

Energy requirements of beef cattle. Southern cooperative series: 220 237-260

Energy requirements of beef cattle for maintenance, growth and fattening.

Energy requirements of beet colorant production. Journal of food process engineering: 7-75

Energy requirements of commercial feed production and the search for energy sources. Przeglad zbozowo mlynarski: 20 (12) 4-6

Energy requirements of corn drying methods as affected by production strategies. Agricultural energy: selected papers and abstracts from the 1980 ASAE National Energy Symposium: 449

Energy requirements of cows and the effects of sex, selection and crossbreeding on feedlot performance of calves of four genetic types.

Energy requirements of cows in i. Zhivotnovudstvo 26 (12) 34-36

Energy requirements of different farm systems. Indian journal of agricultural economics: 31 (4) 26-30

Energy requirements of dogs and cats at different physiological states. Waltham Book of dog and cat nutrition: a handbook for students veterinarians breeders and owners editor ATB Edney: 134

Energy requirements of dogs in cool conditions. Canine practice 9(1): 10-11

Energy requirements of egg laying hens. Dansk erhvervsfjerkrae: 5, 4 (12) 235-236

Energy requirements of fattening calf.

Energy requirements of feedlot cattle in north central Colorado: variation in maintenance requirements by month. General series: 948 46-49

Energy requirements of female replacements in pigs.

Energy requirements of growing Sahiwal X Friesian heifers in Malaysia. Proceedings the 5th AAAP Animal Science Congress May 27 June 1-1990 Taipei Taiwan Re ic of China

Energy requirements of growing cattle: effects of sire breed, plane of nutrition, sex and season on predicted basal metabolism. European Association for Animal Production ication: 9) 84-87

Energy requirements of irrigated crops in the western United States.

Energy requirements of irrigation materials.

Energy requirements of irrigation systems--subirrigation versus sprinkler irrigation. Paper American Society of Agricultural Engineers Microfiche collection: (fiche no 81-2537)

Energy requirements of laying hens.

Energy requirements of lean and overweight women, assessed by indirect calorimetry.

Energy requirements of man. European Association for Animal Production ication: 9) 148-151

Energy requirements of mechanized aquaculture. Food policy 4(3): 216-218

Energy requirements of mink during the various stages of the production cycle. Deutsche Pelztierzuchter 57(4): 49-50

Energy requirements of new-born cross-bred calves. Indian veterinary journal 61(8): 692-701

Energy requirements of pigs. Recent developments in pig nutrition editors DJA Cole W Haresign

Energy requirements of railway bridge assemblers. Voprosy pitaniia: (2) 25-26

Energy requirements of rice milling India. Agricultural engineering today 6(3): 3-6

Energy requirements of small rice farmers. Compost science land utilization 21(4): 40-44

Energy requirements of the beef cow: Influences of activity, management and winter conditions.

Energy requirements of the growing pig.

Energy requirements of tillage machines--measurement and field demonstration. Proceedings Beltwide Cotton Production Research Conferences: 14-118

Energy requirements: How much of each kind ?. Confinement 2 (1) 6-7

Energy requirements: the cable tow irrigation system. Circular ANR Alabama Cooperative Extension Service Auburn University: 988 (508)

Energy requirements: the center pivot irrigation system. Circular ANR Alabama Cooperative Extension Service Auburn University: 988 (507)

Energy requirements: the drip irrigation system. Circular ANR Alabama Cooperative Extension Service Auburn University: 88 (515)

Energy requirments for growing finishing pigs.

Energy research abstracts.

Energy research and development needs in agriculture. Proceedings Beltwide Cotton Production Research Conferences: 8, 221-224

Energy research and development programme.

Energy research and extension.

Energy research and technology.

Energy research for the present and future U.S.A. greenhouse industry. Acta Horticulturae: (115,PtII) 429-436

Energy research in agriculture and horticulture. Bedrijfsontwikkeling 11(3): 244-248

Energy research in chrysanthemum nurseries: 100 percent difference in the consumption of electricity. Vakblad voor de bloemisterij7, 39(30): 46-47

Energy research of the Forestry Department of the Work Efficiency Association. Teho ) 11

Energy research opportunities for agricultural economists. American journal of agricultural economics: 56 (5) 896-903

Energy research programs.

Energy research: conserving the old. Georgia agricultural research Georgia Agricultural Experiment Stations2(1-2): 4-11

Energy research: substituting the new. Georgia agricultural research Georgia Agricultural Experiment Stations2(1-2): 12-18

Energy reserves and metabolism as indicators of coral recovery from bleaching. Limnology and Oceanography 52(5): 1874-1882

Energy reserves in farmyard manure. Gazdalkodas 6(9): 46-49

Energy resource base from crop residues and forage crops. Mid American biomass energy workshop May 21-23-1979: Conference proceedings including recommendations for direct combustion alcohol fuels anaerobic digestion and gasification: 8

Energy resource decisions. Agricultural engineering 60(2)

Energy resource development and migrant-native differences in compostion, community attachment and satisfaction, and migrant intentions.

Energy resource recovery in arid lands.

Energy resource series for adult and youth energy programs. 4. Coal. AEES University of Kentucky Cooperative Extension Service: 81 (24)

Energy resource series for youth and adult energy programs. 1. Energy overview. AEES University of Kentucky Cooperative Extension Service: 81 (21)

Energy resource series for youth and adult energy programs. 10 Water. AEES University of Kentucky Cooperative Extension Service: 81 (30)

Energy resource series for youth and adult energy programs. 11. Geothermal. AEES University of Kentucky Cooperative Extension Service: 81 (31)

Energy resource series for youth and adult energy programs. 12. Alcohol. AEES University of Kentucky Cooperative Extension Service: 81 (32)

Energy resource series for youth and adult energy programs. 2. Definitions. AEES University of Kentucky Cooperative Extension Service: 81 (22)

Energy resource series for youth and adult energy programs. 3. Oil and gas. AEES University of Kentucky Cooperative Extension Service: 81 (23)

Energy resource series for youth and adult energy programs. 5. Solar. AEES University of Kentucky Cooperative Extension Service: 81 (25)

Energy resource series for youth and adult energy programs. 6. Winds. AEES University of Kentucky Cooperative Extension Service: 81 (26)

Energy resource series for youth and adult energy programs. 9. Wood. AEES University of Kentucky Cooperative Extension Service: 81 (AEES-29)

Energy resources.

Energy resources and energy demand in New Zealand: the market potential for energy farming.

Energy resources and environmental pollution. Science and culture 45(6): 238-241

Energy resources and future agriculture in Australia: an overview. Energy and agriculture the impact of changes in energy costs on the rural sector of the Australian economy: ub 1980) 18-28

Energy resources and inflation. Special report University of Missouri Columbia Agricultural Experiment Station: 9, (244) 41-43

Energy resources and land constraints in food production. Annals of the New York Academy of Sciences 300(none): 26-32

Energy resources and technology. Hearings before the Subcommittee on Automation and Energy Resources of the Joint Economic Committee, Congress of the United States, Eighty-sixth Congress, first session, pursuant to sec. 5(a) of Public law 304, 79th Congress.

Energy resources development problems in the ESCAP region.

Energy resources due to biogas. Biogas aus Abfall und Abwasser: Erzeugung und Verwertung im industriellen kommunalen und landwirtschaftlichen Bereich von RE Mach und PT Blickwedel: 6

Energy resources in some developing countries: Problems and possible solutions. Michigan State University Energy for Agriculture Series ENR: 979 (80-60)

Energy resources in southern Africa.

Energy resources in the countryside. Feeding a billion: frontiers of Chinese agriculture by Sylvan Wittwer et al: 138

Energy resources in the wider Caribbean. Ambio 0(6): 332-334

Energy resources of low quality, small wood and wastes. Lesnaia promyshlennost': ) 27-28

Energy resources of solar radiation in the Crimea.

Energy resources of the Brazilian forests. Brasil florestal: t 7 (27) 3-8

Energy resources through photochemistry and catalysis.

Energy restriction and carcinogenesis. Food Research International 26(4): 289-295

Energy restriction and zinc supplementation: effect on egg production and shell quality. Proceedings Cornell Nutrition Conference for Feed Manufacturers: 33-39

Energy restrictions in the feed consumption or formulas of layers.

Energy retention and utilization by the veal calf.

Energy retention in growing pigs studied by a slaughter technique and computer simulation.

Energy retention in the pig at several environmental temperatures and levels of feeding. Proceedings of the Nutrition Society 30(1): 33a-34a

Energy retention of pregnant and non pregnant gilts.

Energy retention, protein and fat gain in early-weaned piglets in relation to environmental temperature. Publication European Association for Animal Production: ub 1980) (26) 403-406

Energy return by various crops. ARS reprints collection: 48] 21-31

Energy savers.

Energy savers checklist of profitable reminders. Cooking for profit: (361) 13-15

Energy saving also in tractor hydraulics?. Landtechnik 35(3): 125-128

Energy saving and healthy living in old country-houses. Erhaltenswerte eigenstandige Dorf: Beitrage zum Leben im Dorf mit Beitragen von EO Bendixen et al: 9

Energy saving and recovery in agriculture: some experiences in the United States. Rivista di ingegneria agraria 12(1): 43-72

Energy saving around the feed mill. Feed management 30(10): 8-11

Energy saving aspects of dairy units and equipments. Deutsche Molkerei Zeitung 101(18): 578

Energy saving breakthrough.

Energy saving by efficient operation of existing steam turbines in sugar industry. All India Seminar on Renewable Energy Resources and Place of Sugar Industry: Lucknow 4-5 September 1982 organized by: Institution of Engineers India UP State Centre Chemical Engineering Division: 0

Energy saving by heat feedback. Muhle Mischfuttertechnik, 115(48): 719-721

Energy saving by high velocity hoods in paper drying. Wochenblatt fur Papierfabrikation: 105 (15) 579-584

Energy saving by minimum soil tillage?. Landtechnik 35(3): 112

Energy saving by thermal insulation. Wochenblatt fur Papierfabrikation 109(22): 831-834

Energy saving by using the adsorption-activated sludge process.

Energy saving conservation methods of meat products derived from, traditional Intermediate Moisture Meats.

Energy saving drying systems. Landtechnik 32 (6) 249-253

Energy saving effect of pervaporation using oleyl alcohol liquid membrane in butanol purification. Bioprocess engineering(2): 93-100

Energy saving equipment. Activities report of the R and D Associates6(1): 205-207

Energy saving from slot-together buildings. Pig farming 28(4): 78-79

Energy saving from the view of farm economy. Gemuse 15(11): 334

Energy saving growing methods help produce greenhouse tomatoes. Frontiers of plant scienceng 45(2): 3-5

Energy saving hopper grain dryer. Traktory i Sel' skokhozyaistvennye Mashiny (7): 18-20

Energy saving ideas for lighting your indoor garden. Flower and garden Western edition 25(1): 14

Energy saving ideas for orchard cold protection. Energy conservation fact sheet Florida Cooperative Extension Service University of Florida Institute of Food and Agricultural Science: (22)

Energy saving ideas in the home. Circular HE Alabama Cooperative Extension Service Auburn University: 89 (266)

Energy saving in British greenhouse culture. Gartneryrket 70(26): 778-781

Energy saving in Mediterranean covered crops with reference to different tunnels volume, different covering materials and to horticultural crops with several thermical needs. Acta Horticulturae 230: 477-484

Energy saving in agricultural housing and farm structures by constructional heat protection. Landtechnik 33(3): 127-132

Energy saving in agriculture by the use of heat pumps Italy.1. Rivista di ingegneria agraria 14(1): 1-8

Energy saving in cereal drying. Tecnica molitoria 32(9): 620-627

Energy saving in commercial egg production. Energy conservation fact sheet Florida Cooperative Extension Service University of Florida Institute of Food and Agricultural Science: (31)

Energy saving in deodorisation. Oleagineux Revue internationale des corps gras 34(4): 199-204

Energy saving in evaporation and drying Milk powder factories, India. Indian dairyman 34(2): 45-56

Energy saving in farm-own cereal storage. Landtechnik 36(6): 285-288

Energy saving in flower production of gladiolus forced in glasshouses. Acta Horticulturae: (109) 117-124

Energy saving in grain drying.

Energy saving in greenhouse cul. Agriculture and horticulture 53(10): 1245-1248

Energy saving in greenhouse culture: analysis and evaluation of the methods. Colture protette 12(1): 27-37

Energy saving in greenhouses by use of insulation, accumulation and heat pump. Working Party On Technical And Physical Aspects Of Energy Saving In Greenhouses Eur Communities Comm: ub 1977) 136-139

Energy saving in greenhouses: optimal use of climate conditions and crop management. Acta Horticulturae 718: 03-209

Energy saving in poultry rearing. Revista de cresterea animalelor 32(12): 6-8

Energy saving in the brewhouse. Technical quarterly 1(1): 1-4

Energy saving in the concentration and drying of milk and dairy products. Ernahrungswirtschaft 1 2 27-30

Energy saving in the evaporating technics by the use of the TECO-principle (power-heat-coupling combined with mechanical compression of water vapours). Wochenblatt fur Papierfabrikation 109(22): 839-842

Energy saving in the farmyard. Agriculture in Northern Ireland 54(7): 197-199

Energy saving in the meat industry today and tomorrow. Fleischwirtschaft 60(8): 1519-1522

Energy saving in the soap industry. Developments in food science: 1541-553

Energy saving in tomato production. Gartneryrket 70(4): 99-100

Energy saving in transportation--new disadvantages for rural areas? The dependence of transportation on fuel. IKO innere Kolonisation Land und Gemeinde 29(1): 24-27

Energy saving in wort boiling Brewing.1. Proceedings of the congress European Brewery Convention: 8th) 669-675

Energy saving legislation and agriculture. Landtechnik 33(2): 92-93

Energy saving measures for steam and spray treatment facilities. Milchwirtschaftliche Berichte aus den Bundesanstalten Wolfpassing und Rotholz: (62) 31-36

Energy saving method for enviro. Bogyo oyobi engei Agriculture and horticulture 53(12): 1519-1522

Energy saving milk production.

Energy saving on dairy farms. Landbouwmechanisatie 32(11): 1043-1047

Energy saving options available to spray dryers users. Proceedings Institute of Food Science and Technology U K 15(1): 13-21

Energy saving ornamental plants for the winter and spring months, a significant supply factor. Gartenbau 30(1): 22-24

Energy saving project in ammonia-II plant at IFFCO Aonla unit. Indian Journal of Fertilisers 3(3): 71-76

Energy saving projects at Oahu Sugar Company. ReportsAnnual conference Hawaiian Sugar Technologists: 0th) 114-117

Energy saving psychology. Publication of technical papers and proceedings of the annual meeting of Sugar Industry Technologists Inc2(42): 271-276

Energy saving rationalization of slurry with the example of cattle production units in Dresden County. Agrartechnik 4(2): 58-59

Energy saving research. Farm and food research 10(6): 179-181

Energy saving some lessons from the association study tour to France. Autumn 20 9-12

Energy saving steps for the postharvest treatment of mowed and threshed crops. Feldwirtschaft 22(6): 255-258

Energy saving steps in sulfate manufacture. Svensk papperstidning: 78 (1) 2-8

Energy saving stock pumping in the paper and pulp industry. Wochenblatt fur Papierfabrikation 111(8): 267-268

Energy saving technique for producing dry green fodder. Mekhanizatsiya i Elektrifikatsiya Sel' skogo Khozyaistva (9): 11-12

Energy saving techniques for moderate climate greenhouse production. Proceedings International Bedding Plant Conference: 5th) 149-160

Energy saving technology for cotton gins.

Energy saving technology for sowing of crops requiring tilling. Mekhanizatsiya i Elektrifikatsiya Sel' skogo Khozyaistva (1): 7-8

Energy saving technology in feed preparation.

Energy saving technology in grain production. Gazdalkodas 7(7): 15-21

Energy saving technology of stationary agricultural productional processes.

Energy saving temperature regimes for vegetable growing. Acta Horticulturae: (148) 561-566

Energy saving through more efficient beet diffusers. Zuckerindustrie 108(7): 643-647

Energy saving tillage. Mezogazdasagi technika8(8): 1-3

Energy saving tillage sought to break pack.

Energy saving tilling equipment. Jarmuvek mezogazdasagi gepek 27(9): 321-329

Energy saving tips for growing Florida citrus. Fruit crops facts sheet: (48)

Energy saving tips for home lighting. Information sheet Mississippi State University Cooperative Extension Service: 82 (1185)

Energy saving trench houses. Acta Horticulturae 76: 61-364

Energy saving under glass. GC and HTJ: 184 (7) 19-21

Energy saving up to 80% in wort boiling by means of a vapour compressor unit. Brauwelt 119(27): 968-971

Energy saving use of tires in agriculture. Macchine and motori agricoli 41(10): 21-26

Energy saving with hortiplus glass Greenhouse. Acta Horticulturae: (107) 59-63

Energy saving with mobile thermal screens in Germany, greenhouses. Acta Horticulturae: (115,PtII) 677-684

Energy saving with plastic greenhouses. Colture protette 10(8-9): 45-46

Energy saving, education and research aspects of solar system installed in a university building. Proceedings of the Annual Conference American Solar Energy Society Inc: 59-562

Energy saving--differently. Georgia agricultural researcher 21(3): 34

Energy savings. Science 252(5007): 763-763

Energy savings and agricultural production.

Energy savings and quality deterioration in frozen boxed beef stored at two daily temperature levels. Progress in refrigeration science and technology proceedings of the XIV International Congress of Refrigeration = Progres dans la science et la technique du froid: comptes rendus du XIV Congres international du froid edited by the Organizing Committee and the Papers Committee XIV International Congress of Refrigeration USSR National Committee for IIR: 9

Energy savings at harvest and delivery of rapeseed. Informations techniques Centre technique interprofessionnel des oleagineux metropolitains: t Quarter (86) 15-21

Energy savings at the heating level in greenhouse horticulture. Revue de l'agriculture 33(3): 605-622

Energy savings by wastes recycling.

Energy savings by wilting. Technical Alfalfa Conference Proceedings: ub 1975), 12th 24-29

Energy savings can fit your budget. Water and sewage works 127(11): 46-48

Energy savings during handling feed potatoes. Tierzucht 38(8): 370-372

Energy savings from advancing the Indian Standard Time by half an hour. Current Science (Bangalore) 93(3): 298-302

Energy savings from recycling waste materials. BioCycle 22(2): 52-53

Energy savings from solar drying in agriculture?. Span progress in agriculture5(1): 18-20

Energy savings from storing a high degree Brix orange juice concentrate at elevated temperatures in an inert atmosphere. Proceedings of the International Society of Citriculture International Citrus Congress November 9-12-1981 Tokyo Japan K Matsumoto editor: 859

Energy savings in distillation plants by using vapor thermo-compression. Desalination 49(1): 37-56

Energy savings in drying kilns--something old, something new. Proceedings annual meeting Western Dry Kiln Clubs: 1st) 25-28

Energy savings in evaporation-crystallization. Zuckerindustrie 108(10): 934-940

Energy savings in food processi. Shokuhin kaihatsu = Up to date food processing 17(4): 45-49

Energy savings in hotels and motels. EES Florida Cooperative Extension Service: 91 (70)

Energy savings in meat products manufacture. Fleischerei 35(5): 340

Energy savings in restaurants. EES Florida Cooperative Extension Service: 91 (71)

Energy savings in the Scandinavian pulp and paper industry. Energy Use Management Proceedings of the International Conference: ub 1978), 3 (4) 179-184

Energy savings in the animal facility: opportunities & limitations. Lab animal 11(2): 28-35

Energy savings in the dairy industry. Revue laitiere francaise: (380) 39-45

Energy savings in the heating and ventillation of stables. Mezogazdasagi technika: 7 (12) 24-25

Energy savings in the poultry house. Fall 21 (3) 3

Energy savings possible using infrared inhibiting polyethylene to cover greenhouses in upstate New York. Long Island horticulture news: 4-5

Energy savings through hot pressing. Tappi journal 71(4): 89-91

Energy savings through improved tractive efficiency. Agricultural energy: selected papers and abstracts from the 1980 ASAE National Energy Symposium: 425

Energy savings through improved transportation policies. Proceedings Institute of Food Science and Technology U K 15(1): 29-33

Energy savings through use of low-pressure steam re-compression in a brew kettle with interior cooker. Technical quarterly Master Brewers Association of the Americas8(3): 142-144

Energy savings using a variable speed.

Energy savings using medium voltage softstarts on chip blowers. Pulp and paper Canada 98(5): 30-32

Energy savings with filtration. Visions of the future: proceedings of the Third National Irrigation Symposium held in conjunction with the 11th Annual International Irrigation Exposition October 28 November 1-1990 Phoenix Civic Plaza Phoenix Arizona: 480

Energy savings with heat pumps.

Energy savings with jacketed warehouses. Acta Horticulturae 157: 65-72

Energy savings with variable-depth tillage a precision farming practice. American Eurasian Journal of Agricultural and Environmental Science 2(4): 442-456

Energy savings. Some techniques for improving the use and distribution of heat in greenhouses. Orticulture francaise: (120) 13-16

Energy scarcity and economic growth reconsidered. Energy sources 17(3): 277-294

Energy science and technology.

Energy screens in tomato: determining the optimal opening strategy. Acta Horticulturae 718: 99-606

Energy screens under practical conditions.

Energy sector: on priority list. Pakistan agriculture 4(15): 41

Energy security.

Energy security act.

Energy security act signed into law. Soil and water conservation news United States Dept of Agriculture Soil Conservation Service 1(6): 1-3

Energy security and agricultural energy issues.

Energy security white paper.

Energy self-reliance of Brazilian Alcohol Program. Proceedings VI International Symposium on Alcohol Fuels Technology = Communications: VI Symposium International sur la Technologie des Carburants Alcoolises: May 21-25-1984 Ottawa Canada: 21-25 mai 1984

Energy self-sufficiency and cogeneration in Louisiana cane sugar factories. Journal American Society of Sugar Cane Technologists 26: 60

Energy self-sufficiency for hawaii. Science 216(4551): 1193-1199

Energy self-sufficiency for Hawaii Renewable sources including solar, ocean, wind, geothermal and biomass energy, bagasse. Science 1, 216(4551): 1193-1195

Energy shifts and air pollution problems Present and future situations. Economic bulletin for Europe: The journal of the United Nations Economic Commission for Europe 34(1): 55-59

Energy shortage implications.

Energy situation and British greenhouse culture. Gartneryrket 70(21): 602-603

Energy situation and future energy usage of the horticulture industry in Hamburg.

Energy situation in agriculture--problems and results. Landtechnik 35(8-9): 364-369

Energy situation in farming and forestry in the Federal Republic of Germany. Berichte uber Landwirtschaft Germany Federal Re ic Bundesministerium fur Ernahrung Landwirtschaft und Forsten9(2): 201-237

Energy situation in the year 1980. 2. Norsk skogindustri: 8 (10), Maps 278-283

Energy source affects utilization. Feedstuffs 16 77(20): 10

Energy source for lithium efflux in yeast. Biochimica et Biophysica Acta 640(1): 352-358

Energy source on large livestock farms. Mezogazdasagi technika9(11): 2-3

Energy source on ultra-low pressure tyres. Traktory i Sel' skokhozyaistvennye Mashiny (10): 9-10

Energy source or sink? The role of the uplands in meeting our energy targets. International Journal of Biodiversity Science and Management 2(3): 196-199

Energy source plant: Calotropis procera. Advancing frontiers plant sciences 1983: symposium proceedings National Symposium on Advancing Frontiers of Plant Sciences Jodhpur November 26-30-1983 edited by HC Arya et al: 148

Energy source, level of intake, and cholesterol metabolism.

Energy sourcebook for educational facilities.

Energy sources.

Energy sources and conversions relating to food. Food and energy resources edited by David Pimentel Carl W Hall: 2

Energy sources and supply--future costs to water users Kansas, USA, fuel conservation needs, outlook. L Cooperative Extension Service Kansas State University: 82 (575)

Energy sources and supply: Future costs to water users Kansas. L Cooperative Extension Service Kansas State University: 82 (575)

Energy sources and their utilisation. Agricultural engineerer 37(2): 57-59

Energy sources for a steady-state society. Ecology and the Quality of Life: 9-102

Energy sources for cells.

Energy sources for electricity supply.

Energy sources for microbial growth: an overview. Special ications of the Society for General Microbiology1(11): 35-57

Energy sources for the future. Yearbook of agriculture: 10-215

Energy sources for today.

Energy sources of non nuclear, non fossil origin.

Energy sources of the 21st century. Indian journal of power and river valley development 32(3-4): 54-55

Energy sources of the agriculture. Situation and outlook of the national energy supply. Tudomany es mezogazdasag 16(5): 11-15

Energy spilling and the role of ruminally degraded protein in bacterial growth efficiency. Proceedings 6-88

Energy state of wheat leaves in ammonium nitrate-treated plants. Life Sciences 16(4): 603-610

Energy statistics and balances of non-OECD countries.

Energy statistics in New Zealand.

Energy statistics of OECD countries, 1960-1979.

Energy statistics yearbook.

Energy storage. Energy for rural development renewable resources and alternative technologies for developing countries: uppl) 113-132

Energy storage and utilization in relation to gametogenesis in scallops from the Anclote Estuary, Florida. Journal of experimental marine biology and ecology, 52(2-3): 121-134

Energy storage and utilization patterns of gizzard shad in Acton Lake, Ohio. Transactions of the American Fisheries Society, 1096: 611-616

Energy storage efficiency for the ammonia. International journal of energy research 3(1): 29-40

Energy storage for renewable energy systems. Proceedings of the Annual Conference American Solar Energy Society Inc: 85-591

Energy storage in chemical reaction. Study of a chemical heat pump Solar energy storage. Solar energy applications to dwellings: proceedings of the contractors' meeting held in Athens Greece 11-13 ember 1981 edited by W Palz and TC Steemers: 197

Energy storage systems Mechanical chemical thermal and electrical storage methods. Natural resources and the environment series(6): 159-181

Energy storage systems in developing countries.

Energy storage via desiccants for food. Energy in agriculture 2(4): 341-354

Energy storehouse of plant cells. Vakblad voor biologen: 51 (10) 244-250

Energy stores in Haemonchus contortus (Nematoda, Trichostrongylidae) in the different stages of its ontogenesis. Acta parasitologica polonica8(12-24): 203-210

Energy strategy of the Hungarian agriculture (Photosynthetic energy transformation and genetical potential). Tudomany es mezogazdasag 18(3): 52-59

Energy structure of standing crop in certain grasslands at Gyanpur . Tropical ecology: 13 (1) 89-95

Energy studies of a mobile chopping machine Bruks-850M. Mezsaimnieciba un mezrupnieciba: ) 18-22

Energy studies of model versions of promising wide-covering units for sugarbeet sowing and interrow soil loosening. Mekhanizatsiia i elektrifikatsiia sel'skogo khoziaistva = Mechanization and electrification in agriculture: ) 29-36

Energy studies of the mobile chipper Bruks 850M Production of specially made chips.1. Trudy Latviiskaia sel'skokhoziaistvennaia akademiia: 85) 17-24

Energy study of Bangladesh. An overview and demand analysis. Jute and jute fabrics Bangladesh newsletter 3(27): 4-7

Energy study on light equalizers of tea espaliers. Subtropicheskie kul'tury: 110-117

Energy subsidies and native domestic (subsistence) fisheries James Bay, Quebec, Canada. Le Naturaliste canadien09(4): 1011-1019

Energy substitution possibilities in the U.S. economy.

Energy substrate provision in vivo and the changes in muscle pH post mortem Consumer acceptance of meat products. Meat science 8(1): 41-51

Energy substrate utilization during prolonged exercise with and without carbohydrate intake in preadolescent and adolescent girls. Journal of Applied Physiology 103(3): 995-1000

Energy substrates for cold induced thermogenesis.

Energy substrates utilized during C2H2 reduction, by bacteroids extracted from nodes of Phaseolus vulgaris L. Physiologie vegetalet 17(3): 547-556

Energy supplement to drought hit cattle at the G.U.C. cattle camp, Ahmedabad (India).

Energy supplementation and monensin for steers grazing native range. Journal of animal science6(1): 197

Energy supplementation and rations based on oats in pig growing and finishing.

Energy supplementation for steers grazing rye pasture and native range.

Energy supplementation in winter pasture.

Energy supplementation of lamb goats (Capra hircus) grazing Green panic (Panicum maximum, var. Trichoglume) under a tree cover. Revista Argentina de Produccion Animal 26(Supl. 1): na 11

Energy supplementation of pregnant heifers on crested wheatg rass range.

Energy supplementation of ruminants--effects on intake, digestibility, and performance. Proceedings of the Southern Pasture and Forage Crop Improvement Conference: (50th) 170-176

Energy supplementation of spring pastures for finishing early-weaned lambs. Progress report Kentucky Agricultural Experiment Station: (254) 23-25

Energy supplementation of untreated and ammoniated wheat straw diets for sheep. Annual report Oklahoma Agricultural Experiment Station: (MP-117) 146-150

Energy supplementation on meat chemical composition and fatty acids of steers grazing black oat pasture. Semina: Ciencias Agrarias Londrina 27(2): 299-306

Energy supplies and sources for farming in New Zealand. Proceedings Ruakura Farmers' Conference: 0th) 81-90

Energy supplies and usages outlined for the United States . Science in agriculture: 26 (special no 1) 3

Energy supply. Science 180(4085): 446-446

Energy supply and agricultural production: an assessment of regional and national allocation schemes. Energy systems and policy(3): 195-218

Energy supply and agriculture.

Energy supply and demand.

Energy supply and demand: a case for biomass power in a developing country. Proceedings of the Annual Conference American Solar Energy Society Inc: 49-253

Energy supply and food production in oil importing countries (the case of Costa Rica). Interciencia 11(4): 178-184

Energy supply and utilization. A. Cost reduction--conserva tion. Proceedings ub 1974), 60th 98-T101

Energy supply andutilization. B. Supply. Proceedings ub 1974), 60th 102-T106

Energy supply by changing biomass to gas. Internationaler Holzmarkt 70(16-17): 82-83

Energy supply concepts for the rural areas and biomass use. Gohrde Seminar Biomassenutzung im Rahmen von Energieversorgungskonzepten fur den landlichen Raum

Energy supply for dinitrogen fixation by Azotobacter Vinelandii and by bacteroids of Rhizobium Leguminosarium.

Energy supply for farms small hydroelectric power plants.

Energy supply for high producing dairy cows. Distillers Feed Conference Proceedings Distillers Feed Research Council, 37(37): 23-28

Energy supply for light traps used for crop and animal pest control, Brazil.1. Solo 73(2): 43-52

Energy supply from the digestive tract of cattle. Proceedings 3d 121-143

Energy supply from wood from amenity plantings Netherlands.1. Nederlands bosbouwtijdschrift 54(7-8): 227-232

Energy supply in forestry and in the woodworking industry. II. Faipar 29(4): 97-105

Energy supply in local governments. Gohrde Seminar Biomassenutzung im Rahmen von Energieversorgungskonzepten fur den landlichen Raum: 253

Energy supply level of pregnant sows. Tierzucht 36(2): 86-89

Energy supply of forest industrial enterprises. Lesnaia promyshlennost': 0) 4-6

Energy supply of the assembling of chlorophyll-protein complexes and the membrane structure of wheat protoplasts. Izvestiia Akademiia Nauk Azerbaidzhanskoi SSR Seriia biologicheskikh nauk: ) 15-21

Energy supply of the processes of wool formation. Sel'skokhoziaistvennaia biologiia 14(2): 241-242

Energy supply of wheat and cotton agrophytocoenosis types in the Eastern Shirvani. Izvestiia Akademiia nauk Azerbaidzhanskoi SSR Seriia biologicheskikh nauk: ) 52-58

Energy supply policy to stimulate economic development. Natural resources forum 7(1): 47-54

Energy supply: a close call for the 1980s. IKO innere Kolonisation Land und Gemeinde 28(6): 236-238

Energy switch.

Energy system contributions in indoor rock climbing. European Journal of Applied Physiology 101(3): 293-300

Energy system options with black liquor gasification. Pulp and paper Canada 97(5): 19-23

Energy systems and policy.

Energy systems and the environment.

Energy systems based on local renewable energy resources for a rural community in a developing country. Sun II: proceedings of the International Solar Energy Society Silver Jubilee Congress Atlanta Georgia May 1979 edited by Karl W Bhoer Barbara H Glenn: -1489

Energy systems experimentation at Penn State looks to the past, present and future.

Energy systems for pigs and poultry: a review. Journal 5(1): 21-34

Energy systems in greenhouses. Garden Journal of the Royal Horticultural Society 104(7): 298-299

Energy systems in transition: perspectives for the diffusion of small-scale wood pellet heating technology. International journal of technology management = Journal international de la gestion technologique9(3-4): 327-347

Energy systems of soybean tillage equipment. Sibirskii vestnik sel'skokhoziaistvennoi nauki: (3) 86-92

Energy tax credits. Extension bulletin E Cooperative Extension Service Michigan State University: 981 (1548)

Energy tax credits and residential conservation investment.

Energy tax credits for individuals. Rural Georgia 41(2): 13

Energy taxes.

Energy taxes and aggregate economic activity.

Energy taxes and economic performance: a regional general equilibrium anlaysis. Working paper series California Agricultural Experiment Station Department of Agricultural and Resource Economics: 88 (479)

Energy team audits efficiency.

Energy technologies & the environment.

Energy technology.

Energy technology IX.

Energy technology V.

Energy technology VIII.

Energy technology XIV.

Energy technology and climate change.

Energy technology characterizations handbook.

Energy technology choices.

Energy technology transfer to China.

Energy threat to valuable land. New scientist, 93(1296): 653-655

Energy to burn. Norden news: er 46 (1) 20-23

Energy to burn from sawmill residues--new uses. Australian forest industries journal and Australian logger 46(5): 42-43

Energy to conserve energy in agriculture energy.

Energy to produce poultry subject of regional study. Science in agriculture: er 25 (2) 5

Energy to use it in a rational way. Landtechnik 32 (7 8) 329-330

Energy tomorrow.

Energy trade and investment between Australia and the Republic of Korea.

Energy tradeoffs and economics: logistics and developments Energy production at a pulp mill. Proceedings Annual Northwest Wood Products Clinic: 6th) 55-57

Energy transducing membranes of a thermophilic cyanobacterium Blue-green algae. Developments in biochemistry0(20): 313-321

Energy transduction and gene transfer in chemotrophic bacteria.

Energy transduction and nitrogen fixation. Current perspectives in nitrogen fixation: ub 1981) (4th) 101-104

Energy transduction and solute transport in streptococci. Control of digestion and metabolism in ruminants: proceedings of the Sixth International Symposium on Ruminant Physiology held at Banff Canada Sept 10-14-1984 edited by LP Milligan WL Grovum and A Dobson: 121

Energy transduction by the Cytoplasmic membrane of intact cells of the cyanobacterium Anacystis nidulans. Naturwissenschaften 70(12): 615-616

Energy transduction by the reconstituted b-c1 complex from yeast mitochondria. Inhibitory effects of dicyclohexylcarbodiimide. Journal of Biological Chemistry 257(24): 14745-14752

Energy transduction during leaf growth. Seminar series Society for Experimental Biology7(27): 115-133

Energy transduction in anoxygenic photosynthesis. Encyclopedia of plant physiology: New series9(19): 197-237

Energy transduction in biological membranes.

Energy transduction in chloroplasts. Annual Review of Biochemistry 46: 143-155

Energy transduction in chloroplasts: structure and function of the ATPase complex. Annual Review of Biochemistry 49: 111-138

Energy transduction in cyanobacteria Algae. Photosynthetic prokaryotes: cell differentiation and function: proceedings of the Special FEBS Meeting il 25-29-1982 Athens Greece editors GC Papageorgiou L Packer: 218

Energy transduction in quinone inhibition of insect feeding. Journal of insect physiology: 17 (1) 85-97

Energy transduction in respiration and photosynthesis.

Energy transduction: inhibition of cockroach feeding by naphthoquinone. Science 170(3959): 754-755

Energy transfer and fluorescence mechanisms in photosynthetic membranes. Critical reviews in plant sciences(1): 1-44

Energy transfer and surface temperature over plants and animals. Symposium of the British Ecological Society: ub 1975), 16th 451-463

Energy transfer and trapping in photosynthesis. Biochimica et Biophysica Acta 1187(1): 1-65

Energy transfer and trapping in photosystem I. Biochimica et Biophysica Acta 1507(1-3): 80-99

Energy transfer between bile pigments and chlorophyll in vivo. Photosynthetica (1) 39-44

Energy transfer between photosystem II and photosystem I in chloroplasts. Biochimica et Biophysica Acta 396(1): 72-85

Energy transfer between the sun and the magnetosphere. Applications to climatic disturbances. International journal of biometeorology 28(1): 73-83

Energy transfer by chlorophyll a in detergent micelles. Biochimica et Biophysica Acta 376(2): 268-273

Energy transfer characteristics of turf.

Energy transfer from carotenoids to chlorophyll a in black lipid membranes. Photochemistry and photobiology: 17 (6) 425-431

Energy transfer from carotenoids to chlorophyll in blue-green, red and green algae and greening bean leaves. Biochimica et Biophysica Acta 172(2): 252-265

Energy transfer from chemically attached rhodamine 101 to adsorbed methylene blue on microcrystalline cellulose particles. Photochemistry and Photobiology 83(3): 547-555

Energy transfer from chloroph. Photochemistry and photobiology: 9 (1) 55-63

Energy transfer from enzyme-generated triplet carbonyls to the thylakoid membrane fractions enriched in photosystems I and II. Photochemistry and photobiology 41(2): 195-201

Energy transfer from phycobilins to chlorophyll a in heat-stressed cells of Anacystis nidulans: characterization of the low temperature 683 nm fluorescence emission band. Photochemistry and photobiology 41(5): 589-596

Energy transfer from protochlorophyllide to chlorophyll in the green plant Barley, Hordeum vulgare. Doklady biophysics proceedings of the Academy of Sciences of the USSR c1982 259(259-261): 189-192

Energy transfer from protochlorophyllide to the C695-682 chlorophyllide at 77K Beans, Phaseolus vulgaris. Photosynthetica 6(1): 13-16

Energy transfer from protochlorophyllide to the C695-682 chlorophyllide at room temperature Kidney beans, Phaseolus vulgaris. Photosynthetica 6(1): 123-128

Energy transfer in a model of the photosynthetic unit of green plants. Journal of Theoretical Biology 40(1): 189-199

Energy transfer in an autotrophic-based ecosystem.

Energy transfer in chlorophyll antennae of isolated PSII particles. Progress in photosynthesis research: proceedings of the VIIth International Congress on Photosynthesis Providence Rhode Island USA August 10-15-1986 edited by J Biggins: 126

Energy transfer in chlorophyll protein 668: evidence for a stable electronic state involvement in its phototransformation.

Energy transfer in insects Ecological energetics, physiological aspects. Annual review of entomology8(28): 455-486

Energy transfer in photosynthesis. Biochimica et biophysica acta: 6, 314 (3) 320-327

Energy transfer in photosynthetic units. Postepy Biochemii 22(4): 439-465

Energy transfer in reconstituted peridinin-chlorophyll-protein complexes: ensemble and single-molecule spectroscopy studies. Biophysical Journal 93(9): 3249-3258

Energy transfer in the antenna complexes of photosynthetic bacteria and algae.

Energy transfer in wind-assist electric power systems Mechanical, mathematical models. Wind engineering(3): 162-174

Energy transfer processes in bioluminescence. Photochemical and photobiological reviews(4): 1-57

Energy transfer to analyse membrane-integrated mitoxantrone in BCRP-overexpressed cells. Journal of Photochemistry and Photobiology. B, Biology 87(2): 113-123

Energy transfers in the different trophic parts of a pasture ecosystem in the high Andes.

Energy transformation and fluorescence in photosynthesis. NATO ASI series: Series G: Ecological sciences7(27): 101-137

Energy transformation in biological molecular motors. Physics of Life Reviews 3(2): 119-132

Energy transformation in the chloroplast.

Energy transformations by a blenny (Opisthocentrus ocellatus) population of Usu Bay, southern Hokkaido. Bulletin of the Faculty of Fisheries Hokkaido University, 314: 314-326

Energy transformations by the Iceland scallop, Chlamys islandica (O.F. Muller), from 70degrees N. II. The population energy budget. Journal of experimental marine biology and ecology4, 53(2-3): 297-303

Energy transformations in cells and animals.

Energy transformations in cells and organisms.

Energy transition and energy-related R & D needs and priority areas in Korea. Journal of rural development 8(2): 215-230

Energy transition in South and South-East Asia. Natural resources forum 13(3): 216-226

Energy transition in the ECE region.

Energy transition in the United States: the low-head resource and its economic potential. Natural resources forum 4(1): 109-114

Energy transmission on the oper.

Energy transport by transmission of electric potential along the trichome of cyanobateria. Doklady biophysics 253(253-255): 189-192

Energy transport in peptide helices. Proceedings of the National Academy of Sciences of the United States of America 104(31): 12749-12754

Energy transportation, and location of economic activity.

Energy trapping photosynthesis as probed by the magnetic properties of reaction centers. Encyclopedia of plant physiology: New series9(19): 353-370

Energy trends.

Energy trends and their meaning for the future Use, cooperatives, USA. American cooperation: 9-100

Energy turnover and mechanical properties of smooth muscle.

Energy turnover for Ca2+ cycling in skeletal muscle. Journal of Muscle Research and Cell Motility 28(4-5): 259-274

Energy turnover of animal populations in terrestrial ecosystems.

Energy turnover of arthropod populations in the beech ecosystem.

Energy unbound.

Energy upconversion and the minimum quantum requirement in photosynthesis. Journal of the American Chemical Society 98(24): 7840-7843

Energy usage by top female athletes and the nutrient intake according to nutrition anamnesis and anthropometric determinations.

Energy usage for production of omelets in restaurants. Poultry science 59(5): 1036-1042

Energy usage in agricultural production. Michigan State University Energy for Agriculture Series ENR: (80-32)

Energy usage in agriculture--a commentary. Proceedings of the Lincoln College Farmers' Conference: 8th) 22-23

Energy usage in fertiliser manufacture New Zealand. Proceedings of the Technical Conference New Zealand Fertiliser Manufacturers' Research Association: 369-377

Energy use and acid deposition: the view from Europe. Annual review of energy5(15): 201-216

Energy use and allocation in the Florida harvester ant, Pogonomyrmex badius: are stored seeds a buffer. Behavioral ecology and sociobiology 61(9): 1479-1487

Energy use and conservation in a wood fibre wallboard mill. APPITA 33(6): 464-470

Energy use and conservation in citrus processing.

Energy use and conservation in developing country industries. Natural resources forum 7(2): 145-160

Energy use and conservation in irrigation. Citrus and vegetable magazine 44(1): 8

Energy use and conservation in the poultry and egg industry.

Energy use and conservation incentives.

Energy use and cost of soil management. Ugeskrift for jordbrug, 124(4): 83-85

Energy use and efficiency in horticulture. Berichte uber Landwirtschaft Sonderheft Neue Folge: 95) 40-59

Energy use and energy flow in a potato starch plant. Starke = Starch 33(10): 332-337

Energy use and energy production in the willow coppice project Y 66 Netherlands.1. Nederlands bosbouwtijdschrift 54(7-8): 221-226

Energy use and energy saving in agriculture and the food industry. Fleischwirtschaft 62(6): 711-714

Energy use and energy savings in the greenhouse. Gartneryrket 66 (13 14) 287-289

Energy use and energy transformation in German agriculture. A retrospect and outlook. Schriftenreihe des Agrarwissenschaftlichen Fachbereichs der Universitat Kiel: (60)

Energy use and energy waste. Environmental Quality and Food Supply P L White and Drobbins eds: 15-130

Energy use and resources in the Pacific. Ambio 13(5-6): 322-326

Energy use and saving in the pulp and paper industry. Norsk skogindustri: 2 (4) 85-88

Energy use and the food system. Special circular Pennsylvania State University College of Agriculture Extension Service: (246)

Energy use and the greenhouse.

Energy use and transfer in forestry. Berichte uber Landwirtschaft Sonderheft Neue Folge: 95) 66-77

Energy use and transfer in grape cultivation and the wine industry. Berichte uber Landwirtschaft Sonderheft Neue Folge: 95) 60-65

Energy use and transfer in plant production. Berichte uber Landwirtschaft Sonderheft Neue Folge: 95) 15-30

Energy use and transfer in the food industry. Berichte uber Landwirtschaft Sonderheft Neue Folge: 95) 78-97

Energy use and water supply in Florida: 1975, 1985 and 2000. Proceedings of the Conference on Water and Energy: technical and policy issues: eastern conf Pittsburgh Penn 24-26-1982 western conf Ft Collins Colo e 28-30-1982 ed F Kilpatrick D Matchett: 201

Energy use by agriculture: How big a problem?. Proceedings Cornucopia Project symposium: planning a sustainable US food system: 1-25

Energy use by swine. Western hog journaler 1(3): 22

Energy use for durum wheat production in Tunisia--a case study of 23 farms. Paper American Society of Agricultural Engineers Microfiche collection: (fiche no 83-3021)

Energy use for ethanol production. Beyond the energy crisis: opportunity and challenge Third International Conference on Energy Use Management Berlin West 26-30-1981 edited by Rocco A Fazzolare Craig B Smith: -1910

Energy use for farm trucking in Alberta.

Energy use for food production. Nogyo sogo kenkyu = Quarterly journal of agricultural economy 37(1): 1-67

Energy use in Italian agriculture: alternatives to mineral fertilizers. Biological agriculture and horticulture(3): 231-244

Energy use in Kenyas agricultural sector, 1960-1978.

Energy use in Northwest agriculture.

Energy use in U.S. agriculture.

Energy use in U.S. seafoods.

Energy use in United States agriculture: a critique of recent research. Energy in agriculture 4(1): 79-86

Energy use in abattoirs and the potential for energy conservation by waste heat recovery from pollution control devices. Food technology in Australia: 30 (3) 105-108

Energy use in agricultural chemicals and likely impact of price rises in energy. Energy and agriculture the impact of changes in energy costs on the rural sector of the Australian economy: ub 1980) 238-242

Energy use in agricultural prod. Tohoku Nogyo Shikenjo kenkyu hokoku = Bulletin of the Tohoku National Agricultural Experiment Station: (69) 95-138

Energy use in agriculture and the food system.

Energy use in agriculture: Third World lessons for the United States. Agriculture rural energy and development: selected proceedings of the 1980 symposium sponsored by the International Association for the Advancement of Appropriate Technology for Developing Countries: 150

Energy use in agriculture: an overview. CIGR ejournal(1)

Energy use in agriculture: now and for the future. II. Crop production, harvesting, and drying.

Energy use in agriculture: now and for the future. III. Energy utilization and conservation in animal production.

Energy use in an industrial veneer dryer. Forest products journal: 26 (9) 38-47

Energy use in an island (agricultural) community: a prerequisite to rural energy development Coll, Scotland. Energy conservation and use of renewable energies in the bio industries 2: proceedings Second International Seminar held at Trinity College Oxford 6-10 September 1982 editor F Vogt: 327

Energy use in animal production and possibilities of saving energy. Tierzuchter 32(4): 158-161

Energy use in baking bread. Bakers digest: 51 (5) 58-60

Energy use in biological water purification. Kulturtechnik und Wasserwirtschaft Heute 1: Vortrages des Seminars Wien 8-9111979 Herausgeber: W Biffel

Energy use in broiler hatcheries and feed mills. Poultry science 59(1): 16-20

Energy use in cereal grain production. Energy Use Management Proceedings of the International Conference: 759-767

Energy use in convenience foods. Tracing inputs from primary through final product. Food policy 4(4): 236-244

Energy use in crop systems in northeastern China. Food and energy resources edited by David Pimentel Carl W Hall: 20

Energy use in cross direction moisture control on paper machines using high intensity infrared radiation.

Energy use in farming and its cost. Summer 21 4

Energy use in fisheries. Span progress in agriculture3(3): 126-128

Energy use in food blanching. Energy in world agriculture(1): 217-225

Energy use in food freezing industry. Energy in world agriculture(1): 155-178

Energy use in forest products industries in Washington. Circular 974, 573

Energy use in greenhouse cultivation. Bedrijfsontwikkeling 5 (11) 1017-1021

Energy use in greenhouses--how low can we go?. Acta Horticulturae: (115,ptI) 143-149

Energy use in industrial swine production units. Agrartechnik 3(6): 256-258

Energy use in irrigation. Beyond the energy crisis: opportunity and challenge Third International Conference on Energy Use Management Berlin West Oct 26-30-1981 edited by Rocco A Fazzolare Craig B Smith: -1845

Energy use in major irrigated cropping systems adopted by farmers of Bhadra Command Area - A farm level study. Indian Journal of Agricultural Research 41(1): 54-58

Energy use in on-farm rice drying Costs in Louisiana. Louisiana agriculture Louisiana Agricultural Experiment Stationer 25(4): 3

Energy use in plant protection: a global assessment Pesticides. Proceedings of symposia: IX International Congress of Plant Protection Washington DC USA August 5-11-1979 editor Thor Kommedahl: 6

Energy use in postharvest technology procedures. Postharvest technology of horticultural crops Adel A Kadar et al: 117

Energy use in potato production. Feldwirtschaft 3(7): 303-305

Energy use in rural north Gujarat. Role of agricultural engineering in dryland agriculture: proceedings of the XXIII Annual Convention March 9-11-1987 Indian Soc of Agricultural Engineers held at Jawaharlal Nehru Krishi Vishwa Vidyalaya Jabalpur MP: 237

Energy use in sali rice cultivation - An economic analysis in Golaghat district of Assam. Indian Journal of Agricultural Research 41(1): 39-43

Energy use in small farm high-yielding variety rice production in low income countries. Beyond the energy crisis: opportunity and challenge Third International Conference on Energy Use Management Berlin West Oct 26-30-1981 edited by Rocco A Fazzolare Craig B Smith: -1544

Energy use in soy-bean meat analog manufacture: a comparison with beef. Journal of the science of food and agriculture 29(10): 895-902

Energy use in the Hong Kong food system. Agro-Ecosystems 2(4): 253-276

Energy use in the U.S. food system. Food: Politics Economics Nutrition and Research P H Abelson ed: 3-42

Energy use in the agricultural and food industries. Materialen zur Energie und Umwelt: 236

Energy use in the fertilizer industry and likely impact of price rises in energy. Energy and agriculture the impact of changes in energy costs on the rural sector of the Australian economy: ub 1980) 219-227

Energy use in the food manufacturing industry.

Energy use in the food system.

Energy use in the inclusion of carboxylin in swine rations. Trudy Latviiskoi sel'skokhoziaistvennoi akademii: 17) 84-86

Energy use in tunnel ventilated broiler housing with different controls. Paper er 1994 (4548 4565)

Energy use in warmwater aquaculture pond production systems. AG 93 (485)

Energy use management--an appropriate technology. Energy conversion an international journal9(4): 181-233

Energy use of agricultural products. Comptes rendus des seances de l'Academie d'agriculture de France6(10): 859-872

Energy use of below-standard waste Wood residues as fuel for steam boilers.1. Lesnaia promyshlennost': 1) 24-25

Energy use of biomass--poblems and promises. Economie rurale: (158) 34-41

Energy use of recycling water aquaculture systems for ornamental fish production. Circular 93 (1095)

Energy use on Canadian farms. Proceedings of the Canadian Agricultural Outlook Conference: 76-81

Energy use on dairy farms. Bedrijfsontwikkeling 11(4): 383-385

Energy use patterns for agricultural production in New Mexico. Agriculture and Energy: 1-40

Energy use patterns in rural areas and environmental degradation in developing countries. Studies in environmental science5(25): 527-534

Energy use quantification in the canning of clingstone peaches. Journal of food science 45(3): 723-725

Energy use, cost, and product quality in preserving vegetables at home by canning, freezing, and dehydration. Journal of food science 45(6): 1561-1565

Energy use, water use and cost considerations in irrigation equipment selection and operation. Technical conference proceedings Irrigation Association: -22

Energy used and produced by UK United Kingdom agriculture. Role of agriculture in society: papers presented at the fourth International Farm Management Congress 1982: 224

Energy used by Midsouth cotton gins in 1979-80. Cotton gin and oil mill press, 81(23): 9-10

Energy used during root crops production and processing in Nigeria. Energex '82: a forum on energy self reliance: conservation production and consumption: conference proceedings August 23-29-1982 Regina Saskatchewan Canada edited by Fred A Curtis: 914

Energy used for fertilizers. Illinois agricultural economics staff paper series E agricultural economics Dept of Agricultural Economics University of Illinois: 80 (E-102)

Energy used for food processing in Washington. Circular 74, 575

Energy used for irrigation in the United States. Proceedings annual meeting: 1st 95-102

Energy used for pesticides. Illinois agricultural economics staff paper series E agricultural economics Dept of Agricultural Economics University of Illinois: 80 (E-150)

Energy used for pumping irrigation water in the United States, 1974. Agriculture and Energy: 13-130

Energy used in food system surveyed for Pennsylvania. Science in agriculture: 26 (special no 1) 4

Energy uses in Brazil--1970. Ciencia e cultura Sociedade Brasileira para o Progresso da Ciencia 34(2): 139-146

Energy utilisation in breweries Great Britain. Proceedings of the congress European Brewery Convention: 8th) 637-644

Energy utilisation in the body. Proceedings 3d 169-199

Energy utilization and -saving in the food industry. Elelmezesi ipar5(10): 384-386

Energy utilization and aid effectiveness in nonmechanized agriculture.

Energy utilization and beef cattle farming. Gazdalkodas 7(9): 29-34

Energy utilization and carbon metabolism in Mediterranean scrub vegetation of Chile and California. II. The relationship between photosynthesis and cover in chaparral evergreen shrubs. Oecologia 1(3): 305-315

Energy utilization and conservation in cotton gins. Cotton gin and oil mill press 84(1): 11-13

Energy utilization and environmental health.

Energy utilization and recirculation of currant-finishing wastewater. Journal of Hazardous Materials 145(3): 506-510

Energy utilization and returns in different farm systems in western Maharashtra India. Journal of agricultural engineering 19(2): 31-35

Energy utilization and transformation in agriculture (review). Studijni informace zemedelska technika: 5

Energy utilization as affected by traffic in conservation and conventional tillage systems. Proceedings Beltwide Cotton Production Research Conferences(1): 502-504

Energy utilization by Japanese Black cattle in late pregnancy. Publication European Association for Animal Production: ub 1980) (26) 307-309

Energy utilization by chicks fed amino acid diets containing graded levels of arginine. Japanese poultry science 21(2): 75-81

Energy utilization by feedlot cattle.

Energy utilization by growing bulls, variations with genotype, live weight, feeding level and between animals. European Association for Animal Production ication: 9) 88-91

Energy utilization by growing calves: effects of age, milk intake and feeding level. Publication European Association for Animal Production: ub 1980) (26) 49-53

Energy utilization by growing male and female sheep and rats, by comparative slaughter and respiration techniques.

Energy utilization by growing sheep.

Energy utilization by laying hens. II. Energetic efficiency and added tallow at 18.3 and 35. Poultry science 59(9): 2071-2076

Energy utilization by mature cows. Agricultural reviews and manuals ARM NC United States Dept of Agriculture Agricultural Research Service: (21) 34

Energy utilization by mature, nonpregnant, nonlactating cows of different types. Journal of Animal Science 58(1): 234-243

Energy utilization by plants. Bedrijfsontwikkeling 5 (10) 889-897

Energy utilization by sheep as influenced by physical form, composition and level of intake of diet.

Energy utilization by the pregnant ruminant.

Energy utilization during exercise and effects of training on equine skeletal muscle. Proceedings of the annual convention American Association of Equine Practitioners: ub 1984) (29th) 377-382

Energy utilization from fibre digestion. Les Colloques de l'INRA: 2) 217-223

Energy utilization in Vermont agriculture.

Energy utilization in dehairing and rendering processes of the pork industry. Paper American Society of Agricultural Engineers: 979 (79-6023)

Energy utilization in egg production. Variation and improvement in Norwegian laying stock, 1969-1977. Meldinger Norges landbrukshogskole8(32)

Energy utilization in livestock husbandry.

Energy utilization in the grain industry. Gabonaipar 9(3): 103-106

Energy utilization in the horse.

Energy utilization in the leading energy-consuming food processing industries. Food technology: 29 (12) 33-36

Energy utilization of a carbohydrate-free protein-fat diet by sows. Publication European Association for Animal Production: ub 1980) (26) 249-252

Energy utilization of cows of different types. Special report Agricultural Experiment Station Cooperative Extension Service University of Arkansas: (121) 62-70

Energy utilization of field beans in the fattening of swine. Bayerisches landwirtschaftliches Jahrbuch: 1 (3) 376-380

Energy utilization of foodstuffs. 10. Energy utilization of foodstuffs of animal origin in pigs.

Energy utilization of hay and silages by sheep.

Energy utilization of hydrolytic lignin. Izvestiia vysshikh uchebnykh zavedenii Lesnoi zhurnal: ) 162-167

Energy utilization of low digestibility carbohydrates. Low digestibility carbohydrates: proceedings of a workshop held at the TNO CIVO Institutes Zeist the Netherlands 27-28 November 1986 editing committee DC Leegwater VJ Feron and RJJ Hermus: 127

Energy utilization of maize silage forage rations by growing sheep. Archiv fur Tierernahrung 29(3): 189-201

Energy utilization of milk replacers by fattening preruminant calves with different weights.

Energy utilization of three diets fed to a captive red fox. Journal of wildlife management: 40 (3) 365-368

Energy utilization--yesterday, today and tomorrow. Pulp and paper Canada 82(2): 63

Energy utilization: ration evaluation studies related to producing beef in Khuzestan. CENTO Sem Recent Technol Beef Prod: d, Feed Manage Intensive Semi-Intensive Syst, 160-164

Energy value and effect of age of swine on the digestibility of some feeds. Revista da Sociedade Brasileira de Zootecnia(4): 665-678

Energy value and metabolic effects of 1,3- butanediol-1,3-dioctanoate during recovery from Newcastle disease virus in the chick.

Energy value and moisture content changes of wood fuel during outdoor storage. Extension bulletin E Cooperative Extension Service Michigan State University: 92 (2367)

Energy value from waste paper mill rejects. Pulp and paper Canada 101(11): 57-60

Energy value in a litter from a Quercus ilex L. wood (Monte Minardo station, Etna).

Energy value of Norwegian herring fish meals for poultry. Feedstuffs 48 (11) 19

Energy value of agricultural wastes. Comptes rendus des seances de l'Academie d'agriculture de France 10-20 Academie d'agriculture de France5(10): 800-808

Energy value of alfalfa and almond hulls fed to cattle.

Energy value of breads and bread-spreads. Ernahrungs Umschau 28(2): 43-49

Energy value of cassava chips for young swine. Proceedings the 5th AAAP Animal Science Congress May 27 June 1-1990 Taipei Taiwan Re ic of China

Energy value of cassava foliage for feeding chickens. Acta cientifica venezolana7(1): 83-88

Energy value of elephantgrass at different regrowth ages and estimation of in vivo neutral detergent fibre digestibility. Arquivo Brasileiro de Medicina Veterinaria e Zootecnia 59(3): 711-718

Energy value of feed fats for fattening swine. Revue de l'agriculture 34(2): 249-258

Energy value of feed ingredients for growing pigs. Proceedings of the eighteenth annual Nutrition Conference for Feed Manufacturers April 20 and 21-1982 Toronto Ontario Conference committee JG Buchanan Smith et al: 112

Energy value of feed ingredients for swine.

Energy value of feed--cattle. Ugeskrift for jordbrug, 124(43): 1013-1022

Energy value of feeds. Agricultural technologist: 7 (4) 17

Energy value of feeds for monogastric animals. Limentation des animaux monograstiques: porc lapin volailles Institut National de la Recherche Agronomique

Energy value of feedstuffs for swine.

Energy value of foods.

Energy value of foods: basis and derivation.

Energy value of grapevine byproducts in sheep. Revista de nutricion animal: t 9 (3) 153-166

Energy value of main high steppe species of the Wilaya of Saida Algeria, forage plants, digestibility, nutritive value.1. Bulletin de la Societe d'histoire naturelle de l'Afrique du Nordub 1982) 69(3-4): 37-46

Energy value of medium chain triglyceride and its effect on growth and body fat in broilers. Proceedings the 5th AAAP Animal Science Congress May 27 June 1-1990 Taipei Taiwan Re ic of China

Energy value of naked oats for the pig. Annales de zootechnie: 0 (4) 577-579

Energy value of products from potatoes. Konservnaia i ovoshchesushil'naia promyshlennost': (6) 39-40

Energy value of silages fed to beef steers. Winter 19 (4) 16

Energy value of the biomass of trees with different biosociological positions. Lesnicky casopis5(3): 177-188

Energy value of the crown biomass of an oak --hornbeam forest. Les 35(5): 204-206

Energy value of vegetable fats for pigs and poultry. Fat quality in lean pigs: a workshop in the CEC Programme of Coordination of Research on Animal Husbandry held in Brussels Belgium 20-21 September 1983 edited by JD Wood: 7

Energy values and chemical composition of jureminha, bravo beans and manicoba hays for poultry. Revista Brasileira de Zootecnia 36(4): 813-817

Energy values and energy utilization for swine. Feedstuffs 52(10): 22-23

Energy values of cottonseed meals in lamb and steer finishing rations.

Energy values of feedstuffs common to swine.

Energy values of juvenile sycamores. Illinois research Illinois Agricultural Experiment Station 22(4): 12-13

Energy values of orchardgrass hay and mixed ration for 6-month-old calves. Nihon Chikusan Gakkai ho = Japanese journal of zootechnical science 57(6): 485-490

Energy values of plant species and litter of an Andropogon Paspalum grassland. Journal of biogeography: 3 (4) 389-395

Energy values of ruminant rations. Hoard's dairyman0, 124(11): 790

Energy values of sporophore of Pleurotus sajor caju. Madras agricultural journal 69(5): 341-342

Energy values of three size groups of some Indian and exotic major carps (Pisces). Vestnik Ceskoslovenske spolecnosti zoologicke6(3): 194-198

Energy versus clean air. Forest notes: er 119 18-19

Energy versus soil productivity in the use of corn residues. Illinois research: er 20 (1) 14-15

Energy vs the environment. Journal of environmental management 8(1): 59-71

Energy vs. clean air: A regional viewpoint. Proceedings annual technical meeting(2): 7-10

Energy vs. runoff. South Dakota farm and home research South Dakota Agricultural Experiment Station5(1): 12-17

Energy vs. wilderness--AN-WARS and other conflicts. American forests 94(5-6): 21-23

Energy war.

Energy wastage in food processing. Food technology in Australia: 29 (4) 158-160

Energy wisdom: Conserve energy in the Home. There is an energy crisis.

Energy wisdom: Conserve energy in the home. Outside the house.

Energy wisdom: Decorating to save energy.

Energy wisdom: Insulate yourself with clothes.

Energy wise ideas for windows and sliding glass doors.

Energy wise insulated outerwear--selection and care. Extension folder: (476)

Energy without fear.

Energy without gasoline. Fourrages actualites: 5 29-33

Energy wood and competition for pulpwood Firewood, economics. Pulp and paper Canada 83(1): 45-46

Energy wood from the low forest and the PERA project. Allgemeine Forstzeitschrift4, 38(38): 976-977

Energy wood harvesting technology.

Energy wood harvesting: a study of promises and pitfalls. Georgia forest research paper: 81 (17)

Energy workbook for parks.

Energy workshop. Increasing understanding of ic problems and policies: 37-138

Energy yield and use in Swiss agricultural production. Schweizerische landwirtschaftliche Monatshefte 57(8-9): 289-290

Energy yield of agricultural production: the energy balance.

Energy, Soil, and Animal Resources Research Unit.

Energy, a guidebook.

Energy, agriculture & the food system: a perspective. Proceedings of a Symposium on Energy for Local Government Extending Energy Resources sponsored by the Susquehanna Country Interstate Public Affairs Forum and the Northeast Regional Center for Rural Development: 8

Energy, agriculture and industry in North America.

Energy, agriculture and the economy: some reflections. AEC MR Mississippi Agricultural and Forestry Experiment Station: 80 (104)

Energy, amino acids, vitamins, minerals.

Energy, another dilemma faced by cotton.

Energy, another of the farmers nightmares.

Energy, capital and labor tradeoffs in traditional, small-and large-scale Pakistani sugar-cane processing techniques. Agricultural energy: selected papers and abstracts from the 1980 ASAE National Energy Symposium: 618

Energy, climate, environment and water.

Energy, ecology and society.

Energy, economic and ecological relationships for Gotland, Sweden.

Energy, economic growth, and human welfare. Energy in agriculture collection Michigan State University Department of Agricultural Engineering: ub 1979) (154) 3-7

Energy, economics, and the production of nitrogen fertilizers. Proceedings Southern Pasture and Forage Crop Improvement Conference: ub 1981) (37th) 92-102

Energy, energy efficiency, and the built environment. Lancet 370(9593): 1175-1187

Energy, entropy, specificity and market price in the energy balance. Rivista di agronomia: 17193-201

Energy, environment and agriculture: a systems perspective Energy supplies, quality and real costs, U.S. Proceedings of symposia: IX International Congress of Plant Protection Washington DC USA August 5-11-1979 editor Thor Kommedahl

Energy, environment and climate.

Energy, environment and employment through forestry in Karnataka. Myforest 15(4): 227-235

Energy, environment and planning; the Long Island Sound Region.

Energy, environment, and development: Egypt, South Africa, and China. Environmental sustainability: practical global implications 278

Energy, environment, and sustainable development.

Energy, environment, and sustainable development II.

Energy, environment, and sustainable development in the Himalayas.

Energy, environment, efficiency--a policy opportunity. Texas agricultural progress: 20 (4) 15

Energy, environmental damage and environmental protection in Switzerland.

Energy, feeding, genetics. L'Italia agricola: 112 (2) 54-62

Energy, fertilizer and food. PB US National Technical Information Service: 251396 315-325

Energy, food & fertilizers: Fertilizer greatly improves efficiency of the free energy from the sun. Fertilizer progress: 9 (4) 14-16

Energy, food and man: 2000 A.D. and beyond. Journal of food distribution research: 5 (3) 30-39

Energy, food and refrigeration technique. Fleischwirtschaft 56 (1) 30

Energy, food production, and hunger in the Third World. To end hunger: an exploration of alternative strategies in the struggle against world hunger the report of the Church University Conference on World Hunger LL Knowles editor: 183

Energy, food, and you.

Energy, forestry, & natural resources activities in the Africa region.

Energy, fuels, materials and raw materials for agriculture. Mechanizacja rolnictwa 31(1): 6-8

Energy, global warming & sust ag.

Energy, growth and the environment.

Energy, information and plant evolution. Physiological ecology an evolutionary approach to resource use: 74-299

Energy, information, and productivity. New York's food and life sciences quarterly4(4): 23-25

Energy, land, and public policy.

Energy, lets talk about it energy situation for agricultural producers.1.

Energy, macro- and micronutrient intake among a true longitudinal group of South African adolescents at two interceptions (2000 and 2003): the Birth-to-Twenty (Bt20) Study. Public Health Nutrition 10(6): 635-643

Energy, macronutrient and fatty acid intake of French elderly community dwellers and association with socio-demographic characteristics: data from the Bordeaux sample of the Three-City Study. British Journal of Nutrition 98(5): 1046-1057

Energy, natural resources, and the environment in the eighties.

Energy, nutrition and wound healing.

Energy, obsolescence, and the productivity slowdown.

Energy, our food and our needs.

Energy, phosphorus, and amino acid digestibility of high-protein distillers dried grains and corn germ fed to growing pigs. Journal of Animal Science 85(11): 2994-3003

Energy, politics, and public policy.

Energy, production and biomass in ecosystems. Nederlands bosbouwtijdschrift 54(7-8): 179-185

Energy, protein and amino acid requirement standards for laying and fattening hybrid hens. Tierzucht 37(9): 396-399

Energy, protein, and mineral supplementation to a lichen diet for reindeer calves. Meldinger 57 (2)

Energy, public opinion, and public policy--a survey of urban, suburban, and rural communities. California agriculture: 30 (8) 4-5

Energy, resources, and environment.

Energy, soil, water program stresses conservation. Farm ranch and home quarterly Nebraska Agricultural Experiment Station: 03-4

Energy, technology, and the environment.

Energy, the economy, and Nebraska agriculture.

Energy, the environment, and public policy.

Energy, the next twenty years. Energy in agriculture collection Michigan State University Department of Agricultural Engineering

Energy, transportation, and extension programs.

Energy, vulnerability, and war.

Energy, wind, and air temperature relations of screened breeding cages. Hortscience 7 (2) 181-184

Energy, wood residue, and food. Wood and wood products: 79 (9) 18

Energy- and flux-budget (EFB) turbulence closure model for stably stratified flows. Part I: steady-state, homogeneous regimes. Boundary layer meteorology 125(2): 167-191

Energy- and resource-saving technology. Economic bulletin for Europe: The journal of the United Nations Economic Commission for Europe 34(1): 77-89

Energy- and soil-conserving perennial crops for marginal land in temperate climates. Environmentally sound agriculture: selected papers 4th conference International Federation of Organic Agriculture Movements Cambridge Mass August 18-20-1982 edited by William Lockeretz: 332

Energy-, exergy- and emergy analysis of biomass production.

Energy--Is it the Achilles heel for irrigated agriculture ?. Irrigation age 14(1): 32-33

Energy--a vital resource for the U.S. food system.

Energy--can you grow your own?. Peanut farmer 16(5): 30

Energy--concerns and effects on agriculture. Crop production with conservation in the 80's: proceedings of the American Society of Agricultural Engineers Conference on Crop Production with Conservation in the 80's December 1-2-1980 Palmer House Chicago Illinois: 1

Energy--forecasting, data, and conservation.

Energy--from the plants point of view. Bulletin Ohio Florists' Association: (621) 1-3

Energy--principles, problems, alternatives.

Energy--quality of living. Papier 35V97-V100

Energy--rational use and conservation Includes agriculture, India. Energy development in India: issues trend and alternative sources edited by VS Mahajan: 4

Energy--requirements and supplies of the forest products industry. Norsk skogindustri: 9 (2) 25-27

Energy--save, produce and store. DLZ 32(2): 127

Energy--the case of the seven myths. Canadian home economics journal = Revue canadienne d'economie familiale 30(4): 211

Energy--the era of plenty is over. Corn annual: -8

Energy--yesterday, today and tomorrow. Cotton gin and oil mill press6, 81(15): 18-23

Energy-based land use predictors of proximal factors and benthic diatom composition in Florida freshwater marshes. Environmental Monitoring and Assessment 117(1-3): 433-450

Energy-and electron-transfer reaction in brown algae. International Symposium on Seaweed Research 7th Sapporo: oceedings, 1972 515-521

Energy-availing relationship in natural aquatic bio-systems in India. Tropical ecology: 11 (1) 49-68

Energy-balance model validation on the top of Kilimanjaro, Tanzania, using eddy covariance data. Annals of Glaciology (46): 227-233

Energy-based nutrition for the next millennium. Proceedings of the North American Veterinary Conference0(10): 316-317

Energy-based systems analysis of Texas corn as a fuels feedstock. Proceedings of the Annual Conference American Solar Energy Society Inc: 9-69

Energy-biological complexes at atomic power stations Use of the warmth of waste cooling water for crop cultivation, warm water fisheries.1. Mekhanizatsiia i elektrifikatsiia sel'skogo khoziaistva: (7) 8-12

Energy-conscious interior design. Extension bulletin E Cooperative Extension Service Michigan State University: 984 (1771)

Energy-conservation techniques that make it or break it. Florists' review, 171(4442): 31-34

Energy-conserving development regulations.

Energy-conserving greenhouse cover as an economic problem. Vakblad voor de bloemisterij, 36(4): 94-95

Energy-conserving greenhouses change CO2 management. Ohio report on research and development in agriculture home economics and natural resources Ohio Agricultural Research and Development Center 70(4): 56-57

Energy-conserving measures also profitable in Alstroemeria culture. Vakblad voor de bloemisterij8, 36(38): 48-49

Energy-conserving perennial agriculture for marginal land in Southern Appalachia.

Energy-conserving site design.

Energy-conserving urban greenhouses for Canada.

Energy-cost budgets for grain sorghum tillage systems.