+ 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 15995

Chapter 15995 provides bibliographic information on scholary research in geography and in the life sciences.

Heart histological changes in rats long-term exposed to organophosphate. Revista do Instituto Adolfo Lutz 65(3): 213-216

Heart in Anderson-Fabry disease and other lysosomal storage disorders. Heart (London) 93(4): 528-535

Heart in stress.

Heart incarceration into the pericardium fissure in a calf. Veterinarski glasnik: 25 (6) 453-456

Heart lesions following accidental electrocution of dairy cattle. Veterinary Record 161(7): 240-241

Heart lesions in acute swine fever.

Heart medication.

Heart mtNOS, a key mediator of oxidative injury in ischemia/reperfusion. Journal of Molecular and Cellular Cardiology 43(4): 409-410

Heart murmur. Clinical signs and diagnosis in small animal practice edited by Richard B Ford: 170

Heart muscle damages from FMD in animals.

Heart muscle fibrosis of suckling calves in Hungary. Magyar allatorvosok lapja 34(12): 807-812

Heart of America DHIA. MP 95 (65-A) 23

Heart of darkness: reflections on famine and starvation in Africa. Food and nutrition in history and anthropology(9): 23-68

Heart of home.

Heart of stone. Mayo Clinic Proceedings 81(3): 335-335

Heart of the community.

Heart of the milking machine.

Heart or lung: who is the culprit in cough?. Proceedings of the North American Veterinary Conference5(15): 201-202

Heart pathology in chamois and steinbocks Parasitic and non-parasitic heart diseases.1. Annali della Facolta di medicina veterinaria di Torino7(27): 253-274

Heart perfusion, energetics, and ischemia.

Heart period duration and systolic duration of horses during and after trot on a longeing rein.

Heart poisons (cardiac glycosides) in the lygaeid bugs Caenocoris nerii and Spilostethus pandurus. Insect biochemistry: 1 (4) 373-384

Heart poisons in Czechoslovak plants. Ziva 20 (6) 203-204

Heart rate and PO2 in the fetal lamb. Advances in Experimental Medicine and Biology 180: 489-498

Heart rate and behaviour of primparous dairy cows during milking. Proceedings of the 30th International Congress of the International Society for Applied Ethology: 14-17 August 1996 Guelph Ontario Canada

Heart rate and blood lactate during official female motorcycling competitions. International Journal of Sports Medicine 28(8): 662-666

Heart rate and electroencephalogram changes caused by finger acupressure on planta pedis. Journal of Physiological Anthropology 26(2): 257-259

Heart rate and laying behavior in two strains of domestic chicken. Physiology & Behavior 35(1): 145-147

Heart rate and microinflammation in men: a relevant atherothrombotic link. Heart 93(8): 940-944

Heart rate and reinforcement sensitivity in ADHD. Journal of Child Psychology and Psychiatry, and Allied Disciplines 48(9): 890-898

Heart rate at rest of trained galloping racehorses. Monatshefte fur Veterinarmedizin: 31 (4) 134-140

Heart rate changes in dogs during temporally spaced responding. Physiology & Behavior 12(5): 719-724

Heart rate dynamics during and after exercise in postoperative congenital heart disease patients. Their relation to cardiac autonomic nervous activity and intrinsic sinus node dysfunction. American Heart Journal 154(1): 165-171

Heart rate in sexual excitation. Bulletin 22 (2) 247-256

Heart rate resetting after partial or total sinoaortic denervation in conscious rabbits. American Journal of Physiology 219(1): 107-113

Heart rate studies with scaleless chickens. Poultry Science 50(1): 126-134

Heart rate telemetry from fish in the natural environment. Comparative biochemistry and physiology A: Comparative physiology6(3): 515-524

Heart rate values for beaver, mink and muskrat Castor canadensis, Mustela vison, Ondatra zibethicus. Comparative biochemistry and physiology A: Comparative physiology3(2): 249-251

Heart rate variability and heart rate turbulence in patients with type 2 diabetes mellitus with versus without cardiac autonomic neuropathy. American Journal of Cardiology 100(5): 890-893

Heart rate variability as a predictor of negative mood symptoms induced by exercise withdrawal. Medicine and Science in Sports and Exercise 39(4): 735-741

Heart rate variability derived from exercise ECG in the detection of coronary artery disease. Physiological Measurement 28(10): 1189-1200

Heart rate variability does not discriminate between different levels of haemodynamic responsiveness during surgical anaesthesia. British Journal of Anaesthesia 98(6): 728-736

Heart rate variability in acute coronary syndrome patients with major depression. Archives of General Psychiatry 64(9): 1025-1031

Heart rate variability in neurally mediated reflex syncope. Acta Cardiologica 61(6): 599-602

Heart rate variability in rodents: uses and caveats in toxicological studies. Cardiovascular Toxicology 7(1): 28-51

Heart rate variability index in trauma patients. Journal of Trauma 63(1): 33-43

Heart rate variability measures: a fresh look at reliability. Clinical Science 113(3): 131-140

Heart rate variability: impact of differences in outlier identification and management strategies on common measures in three clinical populations. Pediatric Research 62(3): 337-342

Heart rates and lactate concentrations in Belgian horses during a standardized exercise test. Equine practice 13(8): 6-7

Heart rates in Japanese quail. Poultry Science 48(2): 744-744

Heart research on animals.

Heart risks.

Heart rot --a virus disease of banana in Marathwada. Indian journal of mycology and plant pathology: (Pub 1977), 6 (1) 23-26

Heart rot and root rot in Acacia mangium: identification and assessment. ACIAR Proceedings Series (124): 26-33

Heart rot and root rot in tropical Acacia plantations. Proceedings of a workshop held in Yogyakarta, Indonesia, 7-9 February, 2006. ACIAR Proceedings Series (124): 92 pp

Heart rot damages in Fichtelgebirge inventory, statistical analysis and evaluation of root and wound rots of spruce.

Heart rot of pineapple. Investigation on infection by Phytophthora nicotianae var. parasitica Waterhouse and Phytophthora palmivora (Butl.) Butl. penetration into underground organs. Fruits 31 (6) 365-371

Heart rot of pineapples. Histological study of infection with Phytophthora palmivora (Butl.) Butl. Fruits 29 (11) 721-726

Heart rot on Acacia mangium in SAFODA plantations.

Heart rots.

Heart rots in plantation hardwoods: the background to this ACIAR project. ACIAR Proceedings Series (124): 22-25

Heart rots of Engelmann spruce and subalpine fir in the central Rocky Mountains.

Heart rots of balsam fir.

Heart rots of red and white firs.

Heart rupture and haemopericardium in capercaillie (Tetrao urogallus) reared in captivity. Avian Pathology 20(2): 363-366

Heart score and performance ability in the United Kingdom. Equine Veterinary Journal 14(1): 89-90

Heart shots.

Heart smart.

Heart smart. Circular HE 93 (693)

Heart smart: the facts about cholesterol. Extension leaflet University of yland Cooperative Extension Service: 1991 (221)

Heart sounds and murmurs: changes related to severity of chronic valvular disease in the Cavalier King Charles spaniel. Journal of Veterinary Internal Medicine 9(2): 75-85

Heart to heart.

Heart transplantation in isogenic mice.

Heart transplantation in older candidates. Transplantation Proceedings 39(6): 1963-1966

Heart transplantation technique description in dogs: experimental study. A Hora Veterinaria 27(157): 51-57

Heart valve damage implicates fen-phen. Healthy weight journal 11(6): 107

Heart valve disease in dogs. Small animal and exotics Proceedings of the North American Veterinary Conference, Volume 19, Orlando, Florida, USA, 8-12 January, 2005: 1419-1420

Heart valve function: a biomechanical perspective. Philosophical Transactions of the Royal Society of London. Series B, Biological Sciences 362(1484): 1369-1391

Heart valve lesions in patients treated with appetite suppressants. Obesity Research 7(4): 414-416

Heart valve macro- and microstructure. Philosophical Transactions of the Royal Society of London. Series B, Biological Sciences 362(1484): 1421-1436

Heart valve operations in solid organ recipients: an 18-year single-center experience. Transplantation 84(5): 592-597

Heart water and the control of ticks in the regions of Galla and Sidama.

Heart worm in the United Kingdom. Journal of small animal practice 25(6): 299-305

Hearts message system. Re: Search New Brunswick: er 6 (1) 2-3

Heart- and circulatory disorders in big animals, especially cattle Veterinary medicine, homeopathy.1. Tierarztliche Umschau 37(12): 865-866

Heart- and dry rot of beets.

Heart-artery interaction and cardiac output. Western veterinarian 17(2): 16-20

Heart-bar deer farms: raising the cash crop of the 90s. AgVentures 1998 1(4): 48-52

Heart-friendly corn oil? New high-oleic corn varieties make it possible. Agricultural research 51(8): 18-19

Heart-healthy lessons for children.

Heart-leaf Philodendron. Foliage digest 7(6): 3-6

Heart-leaved silver gum, Eucalyptus cordata Labill.

Heart-rate and blood-pressure variability during psychophysiological tasks involving speech: influence of respiration. Psychophysiology 44(5): 767-778

Heart-rate changes and gasping during intra-partum asphyxiation of a piglet. A case report. Theriogenology 19(5): 707-711

Heart-rate monitoring: the answer for assessing energy expenditure and physical activity in population studies?. British journal of nutrition 78(6): 869-871

Heart-rate responses of the Pacific abalone against water temperature changes. Bulletin of the Japanese Society of Scientific Fisheries 50(10): 1671-1675

Heart-smart advice updated for 2000: more fat, but make it Mono, please. Environmental nutrition 22(7): 1

Heart: contraction, conduction, and electrocardiography. Avian Physiology: 02-121

Heart: normal and pathological radiography. Recueil de medecine veterinaire60(3): 203-210

HeartCare program.

Heartbase tumor and pericardial effusion in a dog. Canadian Veterinary Journal 30(2): 150-154

Heartbeat perception and P300 amplitude in a visual oddball paradigm. Clinical Neurophysiology 118(10): 2248-2253

Heartbeat perception in depression. Behaviour Research and Therapy 45(8): 1921-1930

Heartbeat reversal in insects and the development of heart rhythm in the adult.

Heartbeat variations of carbon dioxide anesthetized Bombyx mori adults (Lepidoptera). Comptes rendus hebdomadaires des seances Serie D Sciences naturelles1, 287(4): 289-292

Heartbeat variations of ether anesthetized Lepidoptera, Bombyx mori adults. Comptes rendus hebdomadaires des seances Serie D Sciences naturelles: 976, 282 (3) 293-296

Hearted lettuce throughout the summer. Garden journal of the Royal Horticultural Society 107(4): 162-165

Hearth & home, preserving a peoples culture.

Hearth bread production. Proceedings of the annual meeting 4 58-64


Heartland Area Education Agencys Problem Solving Model: an outcomes-driven special education paradigm. Rural special education quarterlyll 22(4): 29-36

Heartland New Mexico.

Heartland Sustainable Agriculture Network. Sustainable Agriculture Research and Education SARE research projects North Central Region

Heartland conference discusses common interests and concerns. Rural development news 16(2): 5-6

Heartland horticulture.


Heartnut seed distribution by SONG. Annual report: 9th) 24-26

Heartnuts for profit. Annual report Northern Nut Growers Association: (74th) 99-101

Heartnuts: a fifty year passion. Annual report of the Northern Nut Growers Association: 0th) 155


Heartreach: reaching the hearts of youth before diseases does (a model for school-based heart health education, advocacy, research, and team-building). Journal of health education 29(1): 51-53

Heartrot in Douglas fir caused by Sparassis crispa Wulf. ex Fr.

Hearts of palm. Boletim Instituto de Tecnologia de Alimentost 19(3): 309-324

Heartwater. Infectious diseases of wild mammals: 05-406

Heartwater disease in cattle. Official proceedings: annual meeting Livestock Conservation Institute: 04-207

Heartwater disease of domestic and wild ruminants. Journal of the American Veterinary Medical Association 192(7): 950-952

Heartwater due to cowdria ruminatium in ruminants of the French Indies (Guadeloupe) and the Mascarene Islands (reunion and mauritius).

Heartwater in Sudan.

Heartwater in a Bunaji calf: a case report. Veterinary Record 92(8): 200-201

Heartwater in hosts other than domestic ruminants. Onderstepoort Journal of Veterinary Research 54(3): 271-275

Heartwater in the Caribbean: isolation of Cowdria ruminantium fro Antigua. Veterinary record 116(5): 121-123

Heartwater serology: some problems with the interpretation of results. Onderstepoort Journal of Veterinary Research 54(3): 327-329

Heartwater update . Foreign animal disease report United States Animal and Plant Health Inspection Service Veterinary Services Emergency Programs: ng (16-1) 11-13

Heartwater: a tick-borne disease of ruminants. Program aid (1498)

Heartwater: cross-immunity studies with strains of Cowdria ruminantium isolated in West and South Africa. Tropical Animal Health and Production 13(3): 160-164

Heartwater: the immunisation of Angora goats. Journal of the South African Veterinary Association: 47 (2) 143

Heartwood and discolored wood.

Heartwood and sapwood variation in Eucalyptus globulus Labill. trees at the end of rotation for pulpwood production. Annals of Forest Science 64(6): 665-671

Heartwood constituents of Calophyllum trapexifolium Thw.: isolation & structure of two new xanthones. Indian journal of chemistry: 9 (8) 772-775

Heartwood constituents of renga. Kenkyu hokoku = Research bulletin Gifu Daigaku Nogaku bu Faculty of Agriculture Gifu University: (42) 117-122

Heartwood formation and more properties relevant to utilization of Douglas fir small timber from differently treated young stands.

Heartwood formation in living stumps of Douglas-fir. Wood science and technology: (4) 246-254

Heartwood is a valuable product from garden trees. Haven 74 (6) 241-243

Heartwood phenols and their significance to color in Cryptomeria japonica D. Don. Mokuzai Gakkaishi = Journal of the Japan Wood Research Society: 654-657

Heartwood treatment of West Coast Douglas-fir poles using liquid petroleum gas and pentachlorophenol. Proceedings: Wood Pole Institute: ub 1976) (6th) 125-135

Heartwood volumes in oak trunks and numbers of species. Lesovodstvo i agrolesomelioratsiia: 6 130-134

Heartwood, discolored wood, and microorganisms in living trees. Annual review of phytopathology: 1 197-222

Heartworm disease. Journal of Small Animal Practice 39(8): 407-410

Heartworm disease Dirofilaria immitis, dogs, cats. Textbook of veterinary internal medicine: diseases of the dog and cat Stephen J Ettinger: -1124

Heartworm disease in cats and dogs: the difference is in the host. Compendium on continuing education for the practicing veterinarian: 2136-40

Heartworm disease: an evaluation of factors affecting heartworm prevalence and distribution in northern California reveals the need for more aggressive educational and control programs to combat this parasite.. Canine practice 23(2): 10-13

Heartworm disease: an update. Proceedings of the North American Veterinary Conference2(12): 553-556

Heartworm disease: practice tips for the veterinarian. Proceedings of the North American Veterinary Conference(9): 309

Heartworm disease: whats new, whats untrue, whats important to know. Proceedings of the North American Veterinary Conference0(10): 442-444

Heartworm infection. Spring 20 (1) 15-16

Heartworm infection in cats: a life-threatening disease. Veterinary medicine 89(7): 639-647

Heartworm infections in dogs in the northwestern United States and British Columbia, Canada. Proceedings of the Heartworm Symposium '92: Austin Texas March 27-29-1992 9

Heartworm infestation.

Heartworm of dog - its aetiopathogenesis, diagnosis, treatment and prevention. Intas Polivet 7(1): 106-110

Heartworm prevention in travelling pets. Veterinary Times 37(30): 21

Heartworm prophylaxis with moxidectin: field trial results from a hyperenzootic area. Proceedings of the Heartworm Symposium '92: Austin Texas March 27-29-1992 181

Heartworm removal from a limb of a dog. Journal of the American Veterinary Medical Association 177(4): 351-351

Heartworm symposium.

Heartworm therapy Dirofilaria immitis, dogs. Veterinary professional topics: pets Small animal professional topics(2): 13-15

Heartworm treatments for cats: adulticides, antibiotics, or surgery?. Small animal and exotics Proceedings of the North American Veterinary Conference, Volume 21, Orlando, Florida, USA, 2007: 1007-1009

Heartworm-associated respiratory disease in cats. NAVC Clinician' s Brief 5(5): 15

Heartworms in cats: the rest of the story. The North American Veterinary Conference 2003, Small Animal and Exotics Orlando, Florida, USA, 18-22 January, 2003: 810-812

Hearty Heart and friends.

Hearty and healthy breakfasts minus cholesterol and calories.

Hearty habits.


Heat & mass transfer during shipment of peanuts. Paper American Society of Agricultural Engineers: er 1989 (89-6105)

Heat + low oxygen + high carbon dioxide = dead fruit pests. Agricultural research 53(7): 6-7

Heat shock factor 1 attenuates 4-Hydroxynonenal-mediated apoptosis: critical role for heat shock protein 70 induction and stabilization of Bcl-XL. Journal of Biological Chemistry 282(46): 33412-33420

Heat shock factor 2 (HSF2) contributes to inducible expression of hsp genes through interplay with HSF1. Journal of Biological Chemistry 282(10): 7077-7086

Heat shock protein 70 interacts with aquaporin-2 and regulates its trafficking. Journal of Biological Chemistry 282(39): 28721-28732

Heat shock transcription factor 1 opens chromatin structure of interleukin-6 promoter to facilitate binding of an activator or a repressor. Journal of Biological Chemistry 282(45): 33210-7

Heat stability of maize endosperm ADP-glucose pyrophosphorylase is enhanced by insertion of a cysteine in the N terminus of the small subunit. Plant Physiology 139(4): 1625-1634

Heat Stress. 2. Effects of high environmental temperature on production, reproduction, and health of dairy cattle. Agri Practice 11(5): 6-8

Heat stress: an inducer of programmed cell death in Chlorella saccharophila. Plant & Cell Physiology 48(7): 1000-1009

Heat suppresses activation of an auxin-responsive promoter in cultured guard cell protoplasts of tree tobacco. Plant Physiology 145(2): 367-377

Heat transfer models for predicting Salmonella enteritidis in shell eggs through supply chain distribution. Journal of Food Science 72(9): E508-E517

Heat Treatment Improves Olive Oil Extraction. Journal of the American Oil Chemists' Society 84(11): 1063-1068

Heat treatment of scallop adductor muscle using superheated steam. Journal of Food Science 72(6): E345-E350

Heat Unit Availability for Cotton Production in the Ogallala Aquifer Region of the United States. Journal of cotton science1(3): 110-117

Heat acclimatization in laying hens. Zootecnica international: (4) 14

Heat activation in vivo of trehalase in the spores of Phycomyces blakesleeanus: effect of n-alcohols. Archives internationales de physiologie et de biochimie 88(2): B100-B102

Heat activation of Byssochlamys fulva ascospores. Journal of milk and food technology: 35 (7) 399-401

Heat adaptation of photosystem II in pea. Proceedings of the International Symposium on Biological Applications of Solar Energy 1-5 December 1978 edited by A Gnanam S Krishnaswamy Joseph S Kahn: 165

Heat affected cone bursting in various provenances of Pinus roxburghii from Garhwal Himalaya. Indian Journal of Genetics and Plant Breeding 67(2): 183-184

Heat alpha-amylases. II. Physical characterization. Cereal chemistry: 51 (4) 508-529

Heat amount needed to the blossoming of sour cherry varieties. Botanikai kozlemenyek: 63 (4) 259-263

Heat and Its Effect on Livestock. Ag connection 13(6)

Heat and X-ray induced inhibition of self-incompatibility in Lilium longiflorum.

Heat and air in greenhouses. Landtechnik 24 (1 2) 12

Heat and alcohol stability of s.

Heat and boric acid in structural IPM. IPM practitioner: the newsletter of integrated pest management 17(5-6): 10-11

Heat and bottling Wines.1. Vititechnique (55) 26

Heat and calcium treatments for firming red tart cherries in a hot-fill process. Journal of food science: 36 (2) 323-326

Heat and conception of cattle after cycle synchronization with Estrumate (ICI 80996). Tierarztliche Umschau: 31 (4) 159-164

Heat and drought are problems in container gardening in the Deep South. Spring 34 (1) 60-61

Heat and drought effects on urban landscapes studied. American nurseryman, 168(4): 13

Heat and drought in biological dynamic agriculture. Lebendige Erde: 4 121-122

Heat and drought resistance of some dicotyledonous plants assayed by a technique of hydrolysing statolithic starch.

Heat and dry air tolerance of rhododendrons.

Heat and fluid flow in rectangular solar air heater ducts having transverse rib roughness on absorber plates. Solar energy 51(1): 31-37

Heat and heat transfer processes. Dairy Technology and Engineering: 29-503

Heat and horse show. OSU equine news t 2

Heat and life; the development of the theory of animal heat.

Heat and light stability of eight sanitizers Food processing. Journal of food protection 45(13): 1195-1196

Heat and mass exchange in radio-electronic apparatus.

Heat and mass exchange in the condensation of mixtures. Izvestiia vysshikh uchebnykh zavedenii pishchevaia tekhnologiia: ) 76-80

Heat and mass exchange processes in cold store rooms. Kholodil'naia tekhnika: ) 43-44

Heat and mass exchange within the soil-plant canopy-atmosphere system.

Heat and mass exchanges during the wood convective drying process.

Heat and mass transfer coefficients for water and air in aspen excelsior pads.

Heat and mass transfer coefficients in computer simulation of paper drying. Drying technology3(4): 959-975

Heat and mass transfer during air drying of avocado. Developments in drying(1): 247-254

Heat and mass transfer during air drying of food particles.

Heat and mass transfer during convectional drying of potato tubers. Biuletyn prac naukowo badawczych: ub 1976), 18 39-84

Heat and mass transfer during cooling and storage of agricultural products as influenced by natural convection.

Heat and mass transfer during freeze drying of steak with heat supplied and gas injected at the drying interface.

Heat and mass transfer during steam pressing of wool fabrics. Textile research journal 63(2): 88-98

Heat and mass transfer effects in static solid-substrate fermentations: design of fermentation chambers Tempeh fermentation, Rhiopus oligosporus growing on soybeans. Biotechnology and bioengineering 25(4): 929-938

Heat and mass transfer from cylinder to paper and within the paper during drying. Paper trade journal: 154 (1) 28-31

Heat and mass transfer fundamentals applied to food engineering. Journal of food process engineering: 1 (1) 3-14

Heat and mass transfer in a batch dry rendering cooker. Journal of food science: 36 (2) 294-298

Heat and mass transfer in an agitated contact-convective heated dryer. Food and bioproducts processing: transactions of the Institution of Chemical Engineers Part C 85(3): 291-297

Heat and mass transfer in condensation of vapors in the presence of inert gas.

Heat and mass transfer in freeze drying. Kulde 25 (2) 16-22

Heat and mass transfer in freeze drying of mixed granular particles. Freeze Drying and Advanced Food Technology S A Goldblith L Rey and W W Rothmayr eds: 23-239

Heat and mass transfer in freeze drying--a review. Chemical age of India 30(9): 809-818

Heat and mass transfer in frozen porous media.

Heat and mass transfer in impingement drying. Drying technology1(6): 1147-1176

Heat and mass transfer in onions.

Heat and mass transfer in rivers, bays, lakes and estuaries.

Heat and mass transfer in the plant--soil--air system.

Heat and mass transfer in wood composiite panels during hot-pressing. I. A physical-mathematical model. Wood and fiber science: journal of the Society of Wood Science and Technology 36(4): 585-597

Heat and mass transfer in wood composite panels during hot pressing. II. Modeling void formation and mat permeability. Wood and fiber science: journal of the Society of Wood Science and Technology 37(2): 242-257

Heat and mass transfer modeling during pasta drying. Application to crack formation risk prediction. Preconcentration and drying of food materials: Thijssen Memorial Symposium: proc of the International Symposium on Preconcentration and Drying of Foods Eindhoven The Netherlands Nov 5-6-1987 edited by S Bruin: 192

Heat and mass transfer properties of meat emulsions due to extenders and meats. Paper American Society of Agricultural Engineers Microfiche collection: er 1984 (84-6507)

Heat and mass transfer properties of pizza during baking. International journal of food properties(1): 161-177

Heat and mass transfer relations for crop drying. Drying technology6(8): 1741-1754

Heat and mass transfer through the bovine hair coat during direct evaporative cooling.

Heat and mass transfer to and from droplets. Water removal processes drying and concentration of foods and other materials: 5-102

Heat and mass transport in solid foods. Developments in food preservation(2): 61-94

Heat and mass transport in the freezing of apple tissue. Journal of food technology 17(5): 615-632

Heat and moisture dissipation from cattle.

Heat and moisture flow in freezing and thawing soils--a field study. Proceedings Conference on Soil Water Problems in Coldregions: 48-160

Heat and moisture in piggeries. Pig farming: 24 (8) 96

Heat and moisture movement around a line source of heat in an unsaturated soil.

Heat and moisture production and dissipation in beef cattle. ARS (71) 149-150

Heat and moisture production from a beef building including manure tanks.

Heat and moisture production of broilers. 1. Summer conditions. Poultry science: 48(4) 1297-1303

Heat and moisture production of broilers. 2. Winter conditions. Poultry science: 48 (5) 1579-1582

Heat and moisture regime, one of the factors for the development and productiveness of apiculture. Vcelar 55(1): 8-9

Heat and moisture transfer in baking of potato slabs. Drying technology7(10): 2069-2092

Heat and moisture transfer in food with strain-stress formation--a theorectical model. Paper American Society of Agricultural Engineers: er 1989 (89-6577)

Heat and moisture transfer in grains--consequences for aeration and storage. Preservation and storage of grains seeds and their by products: cereals oilseeds pulses and animal feed edited by JL Multon preface by AM Reimbert translated from French by D Marsh reread by AJ Eydt: 169

Heat and moisture transfer in textile assemblies. I. Steaming of wool, cotton, nylon, and polyester fabric beds. Textile research journal: ication of Textile Research Institute Inc and the Textile Foundation 65(4): 203-212

Heat and moisture transfer in the avian respiratory system.

Heat and moisture transfer with thermodynamically interactive fluxes. American Society of Agricultural Engineers Microfiche collection: (fiche no 88-6597)

Heat and moisture transfer with thermodynamically interactive fluxes and volumetric changes. II. Estimation of moisture flux correction factors. Transactions of the ASAE 35(5): 1547-1551

Heat and moisture transfer with thermodynamically interactive fluxes. I. Mathematical model development and numerical solution. Transactions of the ASAE 35(5): 1537-1546

Heat and moisture transport behavior of cotton-Dyneema fabrics. Proceedings (1): 838-839

Heat and moisture treatment of tobacco. Bulgarski tiutiun9(11): 32-36

Heat and moisture with thermodynamically interactive fluxes and volumetric changes. III. Computer simulation. Transactions of the ASAE 35(5): 1553-1557

Heat and odor production in cycad cones. Fairchild Tropical Garden Bulletin 42(3): 12-14

Heat and pH effects on the conjugated forms of genistin and daidzin isoflavones. Journal of Agricultural and Food Chemistry 54(20): 7495-7502

Heat and photothermal unit requirements on the flowering of jathi malll (Jasminum grandiflorum L.). Indian journal of horticulture 38(1-2): 113-116

Heat and physical calculations of agricultural production buildings.

Heat and pulsed electric field resistance of pigmented and non-pigmented enterotoxigenic strains of Staphylococcus aureus in exponential and stationary phase of growth. International Journal of Food Microbiology 118(3): 304-311

Heat and radiation resistance and activation of spores of Clostridium welchii. Journal of Applied Bacteriology 31(1): 133-144

Heat and silica aerogel are synergistic. Technical note 16(2): 11-12

Heat and soil water movement in.

Heat and thermodynamics.

Heat and water balance of cotton fields.

Heat and water conditions of farm fields.

Heat and water transfer at the bare soil surface.

Heat and water transfer in the frozen soil environment.

Heat and water vapor exchange between water surface and atmosphere.

Heat and water vapor transfers in a maize bin; improvement of ventilation management by means of bin temperature monitoring equipment. Muhle Mischfuttertechnik 116(40): 550

Heat and water vapor transfers in corn (maize) bin and improvement of ventilation management. Cereal foods world 25(1): 16-20

Heat and wear resistance of leather.

Heat and wildland fire.

Heat apoplexy in brooder house chicks. Indian poultry gazette 65(4): 158-159

Heat as a stress factor in herbivores under tropical conditions. Herbivore nutrition in the subtropics and tropics edited by FMC Gilchrist and RI Mackie: 05

Heat as a tool for studying the movement of ground water near streams.

Heat as an insecticide. Rural research: ng (120) 13-15

Heat at the roots. Greenhouse 4(6): 19

Heat balance and evaporation from the cotton field.

Heat balance and mass transfer in aeration tanks of single-cell protein production plants. Soviet biotechnology: ) 87-91

Heat balance and temperature regulation of piglet during postnatal development. Monatshefte fur Veterinarmedizin: 5, 32 (14) 534-538

Heat balance and water regime of an irrigated spring wheat field under conditions of the Altai Kulunda. Water resources: (Transl 1975), 1 (4) 516-519

Heat balance characteristics of. Hokoku = Bulletin of the National Institute of Agricultural Sciences Series A: Physics and statistics: (26) 89-112

Heat balance determination and heat utilization in the sugarcane mill.

Heat balance in a potato store. Storage of potatoes: post harvest behaviour store design storage practice handling: 09-214

Heat balance in kiln drying of. Journal of Nanjing Technological College of Forest Products: (1) 85-104

Heat balance in the Ukrainian Carpathians.

Heat balance models and spruce budworm larvae. 17th Conference on Agricultural and Forest Meteorology and seventh Conference on Biometeorology and Aerobiology May 21-24-1985 Scottsdale Ariz: preprint volume sponsored by the American Meteorological Society: 391

Heat balance of bottomland vegetation and the climate of frozen flooded soils.

Heat balance of the earth.

Heat balance of the plant cover.

Heat behaviour, birth, reproduction performance and reasons of losses of sows in cage and group housing. Zuchtungskunde 54(2): 138-154

Heat buildup can damage overwintering plants. American nurseryman 168(11): 89

Heat calculations for greenhouses. Alternative sources of energy: (36) 30-33

Heat capacity of water-cellulose and water-oligosaccharides systems. Cellulose and its derivatives: chemistry biochemistry and applications editors JF Kennedy et al: 4

Heat characteristics of some important food industry products expressed in the SI measure system. Elelmezesi ipar4(5): 188-191

Heat characteristics used in floor materials for shelters for dairy cows.

Heat check: heating fuel cost comparison. Proceedings of the 2nd International Conference on Computers in Agricultural Extension Programs Fedro S Zazueta: 548

Heat coagulation processing of cheese whey proteins. Composition digestibility and nutritional value of concentrated products. Lait 58(579-580): 606-622

Heat comfort of the animal is a main bonus for good performances. Levage porcin: (125) 33

Heat concentration. Bios 11(3): 15-29

Heat conditioning of sludge, a technique for tomorrow. Progress in water technology: (6) 379-387

Heat conditions of forest soils with varying forest stand de nsities. Lesokhoziaistvennaia nauka i praktika: 3 40-46

Heat conditions of the flowing milk layer.

Heat conduction in rigid bodies.

Heat conduction of fixator pins with polymethylmethacrylate external fixation. Veterinary and comparative orthopaedics and traumatology: VCOT 10(3): 153-159

Heat conduction of soil under th. Nogyo Doboku Gakkai ronbunshu = Transactions of the Japanese Society of Irrigation Drainage and Reclamation Engineering: (103) 28-34

Heat conduction with engineering, geological, and other applications.

Heat conductivity. Gottinger bodenkundliche Berichte: 4 53-107

Heat conductivity of a meadow-chernozemic frozen soil of the Eravninskaya depression (Buryat ASSR). Pochvovedenie 3 115-119

Heat conductivity of frozen peat. Torfianaia promyshlennost': (7) 25-26

Heat conductivity of meat revealing advanced autolytic changes and of frozen meat after thawing. Medycyna weterynaryjna: 32 (9) 561-563

Heat conductivity of unsaturated with water soils. Pochvovedenie 78 (8)

Heat conservation. GC and HTJ: 182 (22) 34-35

Heat conservation and aeration of pig-house. Genio rurale: 34 (7 8) 43-48

Heat conservation and soil heating in a greenhouse. Proceedings: fourth annual Conference on Solar Energy for Heating of Greenhouses and Greenhouse residence Combinations April 1-4-1979 Piscataway New Jersey edited by David R Mears sponsored by US Dept of Energyet al: 9

Heat conservation in concentration and spray-drying of milk products. Developments in drying(1): 339-342

Heat conservation in greenhouse by storage and thermal curtain, large scale experiments. Canadian agricultural engineering 30(1): 133-142

Heat conservation of soft drinks prepared with enzymes. Acta alimentaria 14(1): 15-28

Heat conservation techniques fo. Nogyo oyobi engei Agriculture and horticulture 56(10): 1251-1254

Heat conserving ring for angithis. Indian Society of Agricultural Engineering 5(1): 17-19

Heat consumption and climatic conditions in a greenhouse covered with double acrylic sheets compared to single glazing. Meldinger fra Norges landbrukshogskole9(9)

Heat consumption for processing raw sugar at the Jelgava sugar factory .

Heat consumption in greenhouse gardening in relation to engineering standards. Gartneryrket 0, 66 (30 31) 523-524

Heat consumption in the course of pre-cultivating vegetable seedling. Zemedelska technika Ceskoslovenska akademie zemedelska Ustav vedeckotechnickych informaci pro zemedelstvi 25(12): 731-740

Heat consumption in the drying of sawn timber at a regular heat regime. Trudy Latviiskaia sel'skokhoziaistvennaia akademiia: 85) 27-32

Heat consumption model for greenhouse nurseries. Acta Horticulturae: (115,PtII) 503-510

Heat content and specific heat of the cocoa butter, chocolate and coating at different temperatures.

Heat content of air and length of development of the apple worm. Vestnik sel'skokhoziaistvennoi nauki: (7) 59-64

Heat content of air and length of development of the apple worm laspeyresia pomonella.

Heat control and influence. Tierzuchter 24 (9) 232

Heat control in dairy heifers. Annual review: 6 32-36

Heat control: it is not easy at all time. Informatore zootecnico5, 26(13): 17-18

Heat controlled cattle stables for whole year stable rearing. Landtechnik 32 (7 8) 321-323

Heat cool sequence removes tomato peels. Agricultural research 26 (7) 11

Heat cure flame retardant cotton via precondensate and buffering salts. Textile chemist and colorist 20(5): 29-32

Heat curing of protein films. Paper er 1994 (94-6550 94-6571)

Heat cycling in rabbits. Kaninchen als Modelltier und Zuchtungsobjekt: Vortrage gehalten auf dem Kolloquium am 22 und 23 Marz 1979 in Fuhlendorf redigiert und zusammengestellt von W Rudolph: 152

Heat damage in alfalfa silage.

Heat damage of grain in the drying process. Developments in food science: 351-356

Heat damage studies in relation to high temperature disinfection of wheat. Journal of agricultural engineering research 27(4): 329-336

Heat damage to cottonseed (Gossypium hirsutum L.) and its effects on seed quality and plant growth and development.

Heat debilitation of S. typhimurium in whole egg.

Heat decomposition of hydroperoxide of butyl oleate. I. In butyl palmitate. Revue fran* eth *caise des corps gras: 22 (4) 191-198

Heat decomposition of hydroperoxide of butyl oleate. III. In butyl oleate. Revue francaise des corps gras: 23 (5) 263-270

Heat degradation of alpha and beta cow caseins. IV. Peptide release. properties stimulating the growth of lactic bacteria. Annales de biologie animale biochimie biophysique: 7 (2) 215-235

Heat denaturation and aggregation of (Sb(B-lactoglobulin enriched WPI in the presence of arginine HCl, NaCl and guanidinium HCl at pH 4.0 and 7.0. Food hydrocolloids 20(7): 1006-1019

Heat denaturation of blood serum proteins measured in saturated sodium chloride. Journal of Agricultural and Food Chemistry 18(4): 629-631

Heat denaturation of gossypulin (11S) from cotton seeds. Study by CD spectroscopy. Chemistry of natural compounds 24(6): 762-764

Heat denaturation of milk soluble proteins, polyacrylamide gel electrophoresis densitometry. Agro sur 12(1): 43-48

Heat denaturation of soy glycinin.

Heat denaturation of soybean IIS protein. Cereal chemistry: 46(4) 331-344

Heat denaturation of soybean pr. Nihon Shokuhin Kogyo Gakkai shi 26(3): 139-144

Heat destruction of some bacterial strains attached to broiler skin. British Poultry Science 16(4): 351-361

Heat detection. Power farming: 50 (2) 56

Heat detection accuracy can influence conception rate. Dairy tales 75, 5 (4)

Heat detection aids do help.

Heat detection aids in cattle. Beef cattle handb GPE Great Plains States Oklahoma State University Cooperative Extension Service: (8456)

Heat detection and doe selection Goats, artificial insemination. Dairy goat guide 6(9): 6

Heat detection and timing of insemination for cattle. Extension circular 93 (402)

Heat detection and timing of service Estrous cycle in dairy cows. Special circular Pennsylvania State University Cooperative Extension Service: 982 (282)

Heat detection errors are increasing.

Heat detection guidelines for cows in loose housing.

Heat detection in beef cattle.

Heat detection in commercial sows and gilts. Livestock producers' day: 9) 210-211

Heat detection in dairy cattle. FSA 94 (4004)

Heat detection in dairy cows. Arkansas farm research 27(6): 12

Heat detection in tying stalls. Publikatie Proefstation voor de Rundveehouderij: (19) 22-26

Heat detection needs discipline. 2.

Heat detection on the hoof. Dairy herd management 18(10): 26-27

Heat detection unit probes for profit. Dairy herd management 23(6): 8

Heat detection, fertility and disease. Agricultural technologist: 4 (3) 7-9

Heat detection--the number one reproductive problem.

Heat detection: some little known facts and problems--some possible solutions. Arizona dairy newsletter University of Arizona Cooperative Extension Service: 2-4

Heat detectors can help.

Heat detectors for beef herds.

Heat detoxification of endotoxin in a bale of cotton. Proceedings (1): 256-260

Heat discharge in the drivers cabin. Circular 24

Heat disinfection of greenhouse trellises.

Heat disinfestation of mangoes: effect on fruit quality and disease control. ACIAR proceedings: 0) 280-287

Heat dissipation by floor in piglet finishing houses. Veterinarni medicina Ceskoslovenska akademie zemedelska Ustav vedeckotechnickych informaci pro zemedelstvi 27(11): 681-686

Heat distribution and heating efficiency in selected pans on conventional and glass.

Heat distribution and heating efficiency in selected pans on conventional glass. Home economics research journal: 5 (3) 176-189

Heat distribution in the greenhouse. Gartneryrket 70(11): 307-308

Heat economy and supervisory computer control. International sugar journal 87(1034): 26-31

Heat economy control in beet sugar plants. Sugar technology reviews 10(2): 97-182

Heat economy improves with Lockman preevaporation using digester flash steam. Pulp and paper Canada 80(3): 45-48

Heat economy in Monsum grain drying plants Energy conservation, gas oil, grain dryers, Norway.1. Nordisk jordbrugsforskning4(2): 200

Heat economy in beet sugar factory evaporation. Sugar technology reviews: 5 (1 2) 1-154

Heat economy in the beet sugar industry as influenced by the technical processes. Zucker 23 (15) 435-445

Heat economy of plastic greenhouses and mulching. Plastics in Agriculture: Proceedings of the International Colloquium: ub 1974), 5th (v 2) 591-595

Heat effect in the globulins of the black mecentral beans. Agrociencia 7) 3-15

Heat effect on fermentation of red vintage; semi-industrial white vinification tests.

Heat effect on the changes of food value of meat proteins. Proceedings of the 26th European Meeting of Meat Research Workers prepared by American Meat Science Association: 184

Heat effect on the seed germination in Peucedanum arenarium W. k. Rastenievudni nauki Plant science: 3 (10) 83-87

Heat effects associated with glucose transport in Saccharomyces cerevisiae Yeasts. Journal of general and applied microbiology 29(3): 233-238

Heat effects on fire retardant-treated wood. Journal of fire sciences 8(6): 405-420

Heat effects on milk from ultrahigh temperature methods. Die Molkerei Zeitung Welt der Milch: 31 (15) 461-464

Heat effects on nutrient release from soils under ponderosa pine. Journal of range management: 26 (1) 22-24

Heat effects on protein biosynthesis. Annual review of plant physiology: 9 25-46

Heat effects on zinc bacitracin feed additive. DTW Deutsche tierarztliche Wochenschrift 86(10): 405-409

Heat efficiency. GC and HTJ: 182 (20) 33-34

Heat emission by the honeybee Apis mellifera L. brood (Hymenoptera, Apidae). Entomologicheskoe Obozrenie 86(2): 241-246

Heat emission from burning fabrics; potential harm ranking.

Heat emission in boiling defatted milk, whey and sugar solutions in ring canals. Izvestiia vysshikh uchebnykh zavedenii Pishchevaia tekhnologiia: 104-106

Heat emission in cattle.

Heat emission in crystallizers with a revolving cooling surface. Izvestiia vysshikh uchebnykh zavedenii pishchevaia tekhnologiia: ) 107-112

Heat emission of standing and lying surfaces in no-litter cattle stables. Monatshefte fur Veterinarmedizin: 25 (7) 253-256

Heat emission relative to steami.

Heat enchanger tests on three New York dairy farms. Annual progress report: 4th 70-77

Heat energy from animal waste by combined drying, combustion and heat recovery. Energy from biomass: proceedings of the EC contractors' meeting held in Copenhagen 23-24 June 1981 edited by P Chartier and W Palz: 175

Heat energy metabolism during. Acta zoologica sinica9(4): 363-370

Heat energy process analysis in a dairy farm. Agrartechnik 30(11): 483-486

Heat energy recovery from wood waste. Modern plywood techniques: 123-130

Heat equipment for fish processing enterprises.

Heat erradication of Fusarium moniliforme from internally infected maize kernels. Phytopathologia mediterranea: 15 (2 3) 98-102

Heat evolution during the microbial process--estimation, measurement, and applications. Advances in biochemical engineering biotechnology: 8) 1-40

Heat exchange and hydrodynamics of interior flow in force fields.

Heat exchange and radiation in dispensing beer in the drinking glass. Brauwelt 117 (49) 1905-1909

Heat exchange apparatus of the fermentation industry.

Heat exchange apparatuses for milk and milk products.

Heat exchange between livestock and the environment. Stress physiology in livestock editor Mohamed K Yousef: 3

Heat exchange considerations in tea drying. Tea in East Africa: 16 (2) 21-30

Heat exchange during boiling of highly viscous solutions and massecuites on an inclined flat heating surface. Izvestiia vysshikh uchebnykh zavedenii Pishchevaia tekhnologiia: 107-111

Heat exchange during cooling fruit and.

Heat exchange in a solar greenhouse with a soil heating system. Applied solar energy5(3): 66-70

Heat exchange in boiling concentrated fruit and vegetable masses in apparatus with agitators. Izvestiia vysshikh uchebnykh zavedenii Pishchevaia tekhnologiia: 140-144

Heat exchange in chickens under the conditions of natural convection.

Heat exchange in drying ground-up wood in a suspended state.

Heat exchange in greenhouses and shelters.

Heat exchange in the active layer. Permafrost: USSR Contribution to the International Conference: ub 1978), 2d 25-30

Heat exchange in the food industry.

Heat exchange in the processing of tartaric acid in a moving layer. Izvestiia vysshikh uchebnykh zavedenii Pishchevaia tekhnologiia: ) 167-169

Heat exchange in the stretch roll-yarn system in stretching complex synthetic yarns. Fibre chemistry 18(6): 428-431

Heat exchange in vegetal canning industry. Industrie alimentari 23(4): 290-298

Heat exchange ina multi-cavity volumetric solar receiver. Solar energy6(4): 241-248

Heat exchange of the winter cluster. Pchelovodstvo 10 4-5

Heat exchange of wheat grain during treatment in a steam-aerial environment. Mukomol'no elevatornaia i kombikormovaia promyshlennost': (8) 28-29

Heat exchanger and ventilation equipment. Meddelande Statens maskinprovingar: (2847)

Heat exchanger application and theory. Transactions of the Citrus Engineering Conference5(35): 64-78

Heat exchanger for keeping quality of milk products. Deutsche Milchwirtschaft: 7, 23 (39) 1753-1754

Heat exchanger for low temperature heating of glasshouses. Acta Horticulturae: (115,ptI) 163-168

Heat exchanger for the utilization of biological heat and solar radiation for heating in agriculture. Zemedelska technika Ceskoslovenska akademie zemedelska Ustav vedeckotechnickych informaci pro zemedelstvi 29(6): 347-354

Heat exchanger in milking centers. Paper American Society of Agricultural Engineers: 79 (79-3533)

Heat exchanger in ventilation installations of stables. Schweizerische landwirtschaftliche Monatshefte: 54 (1) 19-27

Heat exchanger performance in swine farrowing and nursery rooms. Research report Michigan State University Agricultural Experiment Station: (469) 111-114

Heat exchanger reclaims hog heat for winter warmth. New farm 3(3): 42-43

Heat exchangers and heat pumps Water heating application. Energy for production agriculture: a national symposium for extension specialists November 16-18-1982 St Louis Missouri spon Cooperative Extension Service Univ of Mississippi et al: 9

Heat exchangers convert Btus to dollars. Dairy herd management: 15 (2) 14

Heat exchangers cut dairymens water heating costs. California grower and rancher Northern San Joaquin Valley editiony 34(6): 5

Heat exchangers double savings. Farm building news 14(4): 30

Heat exchangers for heat production from livestock stable waste air. 1. Requirements, construction, practice and examination tests. Landtechnik 37(1): 16-20

Heat exchangers for heating ventilation air, dimensioning and shaping. Nordisk jordbrugsforskning6(3): 372-373

Heat exchangers for livestock housing.

Heat exchangers for use in barns. Tierzuchter 33(12): 526-529

Heat exchangers in livestock barns. Die Grune: 106 (10) 10-13

Heat exchangers in swine facilities. Pork industry handbook

Heat exchangers show promise for confinement barns. Energy in agriculture collection Michigan State University Department of Agricultural Engineering3, 1(8): 2-3

Heat exchanges of farm animals as a function of climatic parameters.

Heat exhaustion in mink. Amer Fur Breeder 22(10): 26

Heat extraction during composting of agricultural wastes. Landbauforschung Volkenrode8(3): 179-187

Heat extraction from salt-gradient solar pond. Journal of energy engineering 109(3): 152-164

Heat extraction of colour and flavour in the production of red wines. Wynboer 477 15-18

Heat extraction, temperature and gradient performance from two seawater-SZ solar ponds. Proceedings of the Annual Conference American Solar Energy Society Inc: 27-435

Heat factor and development of queens. Pchelovodstvo ) 9-10

Heat flow in a region interlaced with cylinders and conductivity of wool.

Heat flow temperature model for remotely mapping near surface water tables by thermography. Proceedings 4 23-32

Heat flow through pelage of calves--a sensitivity analysis. Transactions of the ASAE American Society of Agricultural Engineers 27(4): 1140-1143

Heat flow through roof and floor of buildings.

Heat fluctuation in use in cheese manufacturing. Milchwirtschaftliche Berichte aus den Bundesanstalten Wolfpassing und Rotholz: (62) 37

Heat flux as a predicator or moisture content. Proceedings Western Dry Kiln Association: 01-109

Heat flux measurement during processing of meat products. Fleisch 27 (2) 26-28

Heat fluxes and evapotranspir.

Heat for agriculture and horticulture.

Heat formation and temperature regulation in potato stack.

Heat from apples warms packing house. Horticultural newser 61(3): 10

Heat from barn air for heating and removing moisture from barns. DLZ 32(9): 1178-1181

Heat from barn air for heating swine houses. DLZ 32(8): 1060-1062

Heat from barn manure. Schweizer Landtechnik 41(10): 623-627

Heat from composting. Tidsskrift for landokonomi 167(3): 169-176

Heat from the soil: Lettuce grows as fuel costs shrink. American vegetable grower and greenhouse grower 27(9): 28

Heat gains through the double t. Nogyo Kikai Gakkai shi = Journal of the Society of Agricultural Machinery Japan 42(1): 127-133

Heat gelling properties of hens egg yolk low density lipoprotein (LDL) in the presence of other protein. Journal of food science 50(1): 63-66

Heat gelling properties of myosin, actin, actomyosin and myosin-subunits in a saline model system. Journal of food science: 34(3) 242-245

Heat generated by mechanical agitiation and lactose metabolism during continuous propagation of Kluyveromyces fragilis in cheese whey. CIGR ejournal(5)

Heat generation and carbon diox. Shokuhin Sogo Kenkyujo kenkyu hokoku = Report of National Food Research Institute: (44) 15-19

Heat generation by liquid manure seration. Landtechnik 36(7-8): 345-349

Heat generation by siliceous igneous rocks of the basement and its possible influence on coal rank in the Sydney Basin, New South Wales. Proceedings of the Linnean Society of New South Walesub 1980) 104(1-2): 95-109

Heat generators on gaseous fuel. Tekhnika v sel'skom khoziaistve: (9) 55

Heat hardening of cells of higher plants under semi-dry subtropic conditions.

Heat hardening of epidermal cells of Morus alba L. leaves in natural conditions. Botanicheskii zhurnal: 63 (3) 429-433

Heat harnessed or horticulture. Country life: 977, 161 (4168) 1332

Heat holding characteristics of a plastic house with well-water heat exchanger. Gakujutsu hokoku = Bulletin of the College of Agriculture Utsunomiya University 12(3): 53-58

Heat improves red wines: new methods of brief, but higher mash heating in the preparation of red wines.

Heat in propagation media.

Heat in she-buffaloes. Livestock adviser 4(2): 25-26

Heat in the harem.

Heat in the life of honeybees. Vcelarstvi 28 (11) 254-255

Heat in the poultry houses. Drobiarstwo 21 (9) 9-11

Heat in theory and practice essential to refrigeration and air conditioning.

Heat inactivates avian influenza and Newcastle disease viruses in egg products. Agricultural research 54(2): 21

Heat inactivation in injury of Clostridium botulinum spores in sausage mixtures. FEMS symposium Federation of European Microbiological Societies8(18): 409-419

Heat inactivation of Prunus nec. Kaju Shikenjo hokoku = Bulletin of the Fruit Tree Research Station Series A: (134) 159-164

Heat inactivation of milk-clotting enzymes. Industrias lacteas 29(3): 48-49

Heat inactivation of protease inhibitors in a soybean line lacking the Kunitz trypsin inhibitor. Journal of food science 46(5): 1354-1356

Heat inactivation of proteoly. Han'guk sikp'un kwahak hoechi = Korean journal of food science and technology 12(3): 209-215

Heat inactivation of the lipase and other carboxyl ester hydrolases in preserved products that are rich in fat. Fleischwirtschaft 54 (6) 1071-1074

Heat inactivation of trypsin in. Kaseigaku zasshi = Journal of home economics of Japan4(9): 597-600

Heat inactivation of trypsin inhibitor in fresh green soybeans and physiological responses of rats fed the beans. Journal of food science 45(3): 542-546

Heat inactivation of trypsin inhibitor, lipoxygenase and urease in soybeans: effect of acid and base additives. Journal of the American Oil Chemists' Society 50(5): 137-141

Heat inactivation of viruses in apple cl MM 1 09 by use of daily temperature cycles. Tidsskrift for planteavl: 8 (3) 422-428

Heat increment of feeding and its effect on the energetic cost of thermoregulation in white-tailed deer fawns.

Heat induced b-lactoglobulin polymerization: role of the change in medium permittivity. Food chemistry 85(3): 399-406

Heat induced changes in cotton fiber and spun yarns. Proceedings Beltwide Cotton Conferences: ook 2) 655-657

Heat induced changes in the properties of cotton fibers.

Heat induced changes to dental resin composites: a reference in forensic investigations?. Journal of Forensic Sciences 52(4): 913-919

Heat induced cleavage of flavoprotein in hard cooked eggs.

Heat induced color and dyeability changes in raw cotton. Proceedings Beltwide Cotton Production Research Conferences: 87-689

Heat induced complex formation b. Eiyo to shokuryo Journal of Japanese Society of Food and Nutrition4(6): 565-569

Heat induced damage in wheat as a consequence of spouted bed drying.

Heat induced kappa casein-beta lactoglobulin complex and its detection methods.

Heat induced quantitative changes in carotenoids and protochlorophyll precursors in Zea mays. Zeitschrift fur Pflanzenphysiologie: 86 (5) 423-431

Heat induced synthesis of beta 1,3 glucosyl glycosidic linkages in Phaseolus leaves. Revue roumaine de biochimie: t 14 (3) 191-198

Heat induction in sheep outside of the breeding season. Wissenschaftliche Zeitschrift Mathematisch Naturwissenschaftliche Reihe: 6 (3) 271-276

Heat induction of the blue-green alga Plectonema boryanum lysogenic for the cyanophage SPIcts1. Virology 64 (2) 454-463

Heat industion by a progesterone releasing intravaginal device (Abbovestrol) in cows with ovardystrophia Ovary, diseases.1. Deutsche tierarztliche Wochenschrift, 89(6): 244-247

Heat influence in the broiler diets. Boletim de Industria Animal 64(1): 79-89

Heat influences on growth hormone induced insulin resistance in lactating dairy cows. Asian Australasian journal of animal sciences: 13219

Heat injuries of wheat under conditions of sufficient moisture.

Heat injury and resuscitation of Escherichia coli. Canadian Institute of Food Technology journal: 6 (4) 226-229

Heat injury of bacterial spores. Advances in Applied Microbiology 23: 245-261

Heat inleak along the neck of liquid nitrogen containers. Pertanika 8(1): 33-42

Heat insulation.

Heat insulation and mouse bites. Tierzuchter 34(12): 524-526

Heat insulation for swine housing.

Heat insulation in barn construction. Tierzuchter 25 (10) 447-448

Heat insulation in farm buildings. OKL Arbeit Osterreichisches Kuratorium fur Landtechnik: (55,pt2) 55-78

Heat insulation of enclosure constructions in animal husbandry buildings (Review). Sel'skoe khoziaistvo za rubezhom: (9) 53-56

Heat it all the way - mechanisms and results achieved using in-situ thermal remediation. Remediation of chlorinated and recalcitrant compounds, 2006 Proceedings of the fifth international conference on remediation of chlorinated and recalcitrant compounds, Monterey, California, 22-25 May, 2006: F-13

Heat kills mycobacteria in wieners and sausages. Agricultural research US Department of Agriculture Science and Education Administration 29(4): 8-9

Heat lamps all around the farm.

Heat leakage through floors, walls, and ceilings of apple storages.

Heat load and heat dissipation in sheep and goats under environmental heat stress. Proceedings of the sixth International Conference on Animal and Poultry Production held at University of Zagazig Zagazig Egypt 21-23 September 1982 Egyptian Society of Animal Production: 469

Heat loads encountered by man and animals in the desert.

Heat loss and reduction of daily live weight increase of pigs exposed to low air temperatures. Monatshefte fur Veterinarmedizin, 37(17): 644-649

Heat loss and the thermal environment outdoors. Progress in biometerology(2): 49-58

Heat loss factor for linear solar concentrators. Applied energy 11(1): 1-13

Heat loss from animals and man.

Heat loss from double glass. Publikatie Instituut voor Mechanisatie Arbeid en Gebouwen: (102) 35-36

Heat loss from sheep. Proceedings ub 1974), 20th 173-203

Heat loss in the greenhouse. Gartneryket 64 (4) 54-55

Heat loss of cattle. Stress physiology in livestock editor Mohamed K Yousef: 6

Heat loss of heifers through evaporation at various levels of phosphorus supplementation. Doklady 9 (12) 52-55

Heat loss of pigs with corresponding air velocity. Philippine agriculturist: 56 (9 10) 353-358

Heat loss through concrete floors of a bulk tobacco curing barn. ARS reprints collection: 8?] [533]

Heat losses and beehive humidity. Vcelarstvi 29 (2) 27-28

Heat losses avoidable in stalls.

Heat losses during sugar manufacture. Zucker 22 (10) 258-267

Heat losses in buildings with temperature fluctuations. Zhivotnovodstvo (4) 60-61

Heat losses of White Leghorn laying hens as affected by intermittent lighting schedules.

Heat map visualization of high-density clinical chemistry data. Physiological Genomics 31(2): 352-356

Heat mashing in red wine manufacture (1980 experiments). Comptes rendus des seances de l'Academie d'agriculture de France7(7): 623-627

Heat mass transfer mechanisms and oil degradation during deep-fat frying of tortilla chips. Paper er 1992 (92-6589 92-6618)

Heat measurements associated with isometric contraction in fast and slow muscles of chicken.

Heat modification of malt carbohydrates.

Heat modification of ribulose-1, 5-bisphosphate carboxylase. Planta 66(1): 117-127

Heat moulds of sorghum, their effect on seed germination and vitro evaluation of fungicides. Mysore journal of agricultural sciences4(1): 60-63

Heat mount detectors. Agriculture in Northern Ireland: 52 (3) 66-68

Heat networks and agency for energy economies. Agriculture (451) 159-160

Heat observation and control, as well as optimum insemination time, prerequisites for high fertility results in artificial insemination of cattle. Tierzucht 37(10): 449-452

Heat obtained from semi-liquid swine manure. DLZ 30(1): 74-78

Heat of 2003 and drought of 2005: what growth for poplars?. Foret Entreprise (176): 51-55

Heat of combustion values of body protein and fat in lambs of three different sheep breeds. Agroanimalia (3) 87-91

Heat of complex formation of A1(III) and Cd(II) with phytic acid. IX. Journal of Inorganic Biochemistry 34(1): 11-18

Heat of desorption of water from cellulosic materials at high temperature. Drying technology3(4): 999-1012

Heat of melting of sucrose. International sugar journal 90(1070): 38

Heat of preignition of three woody fuels used in wildfire modeling research. USDA Forest Service research note INT United States Intermountain Forest and Range Experiment Station: 984 (342)

Heat of respiration and respiration losses of grain maize. Grundlagen der Landtechnik0(4): 104-110

Heat of sorption and free energy change of freeze-dried pineapple pulp. Journal of agriculture of the University of Puerto Rico 77(3-4): 101-111

Heat of sorption of hydrogen chloride by sawdust of various degrees of wetness.

Heat of vaporization of tall oil products.

Heat of wetting (hydration) of xanthan as determined by calorimetry. Carbohydrate polymers6(4): 299-301

Heat of wetting and specific surface of rice-grain elements. Izvestiia vysshikh uchebnykh zavedenii Pishchevaia tekhnologiia: 131-133

Heat of wetting of oak wood tissue from places wholly decayed by Inonotus dryophilus (Berk.) Murril. Roczniki Akademii Rolniczej w Poznaniu9(99): 63-71

Heat output and heat utilization from aerobic treatment of liquid swine manure.

Heat passage through the wall of wort pan. Kvasny prumysl: 24 (2) 33-40

Heat pasteurization increases shelf life of deboned poultry meat. Science in agriculture: ng 23 (3) 10

Heat pasteurization of crab and shrimp from the Pacific Coast of the United States: public health aspects. Journal of food science: 36 (2) 277-279

Heat pasteurizaton of mechanically deboned poultry meat.

Heat penetration and bacterial destruction in refrigerated-stuffed poultry and pork products.

Heat penetration and browning r. Nihon Shokuhin Kogyo Gakkai shi 25(12): 663-667

Heat penetration and processing studies on home-canned corn, hominy, pork and beans, and potatoes.

Heat penetration and sensory characteristics of Kadhi processed in retortable pouches. Indian Journal of Dairy Science 60(3): 156-159

Heat penetration into canned foods.

Heat penetration into canned ham of different meat qualities. Proceedings of the 2nd International Symposium on Conditions and Meat Quality of Pigs: 02-307

Heat penetration into flexible.

Heat penetration into rectangular food containers. Lebensmittel Wissenschaft Technologie Food science technology: (2) 50-53

Heat penetration measurement for thermal process design. Food technology: 32 (6) 56-58

Heat penetration of structural timbers. Technical note 16(2): 9-10

Heat perils in swine.

Heat pipes--as solar energy collectors. Solar energy and conservation technology commercialization utilization: proceedings of the Solar Energy and Conservation Symposium 11-13 December 1978 Miami Beach Florida edited by T Nejat Veziroglu: 289

Heat predisposition to plant virus infection.

Heat preservation in polyethylene film covered greenhouses for growing tobacco transplant. Bulgarski tiutiun2(1): 27-28

Heat preservation involving liquid food in continuous flow pasteurisation and UHT. Physical 1-41

Heat preservation involving liquids and solid foods in batch autoclaves and hydrostatic sterilisers. Physical 2-53

Heat preservation of meat products in light containers and aluminum containers. Fleischwirtschaft 64(9): 1013

Heat preserved food. 5. Determination and stabilization of thiamine in heat preserved beef. Alimenta 18(5): 147-150

Heat preserved pig pens.

Heat processed poultry feed.

Heat processes in papermaking.

Heat processing. Principles of food science: (pt 2) 31-92

Heat processing and its influence on the separation of meat juice during the manufacture of canned pork products. Soil biology and biochemistry: 17 (7 8) 213-215

Heat processing effect on starch, sugars, proteins, amino acids, and organic acids of tomato juice. Food technology: 23(5) 93-95

Heat processing effects on physical and chemical characteristics of acidified canned tomatoes. Journal of food science: 38 (2) 195-201

Heat processing of canned foods in fluidised beds.

Heat processing of food packed.

Heat processing of foods in industrial mass production. Prumysl potravin: Technika a ekonomika prumyslove vyroby potravin 33(2): 78-80

Heat processing of herring. I. Release of water and oil. Journal of food technology 19(4): 437-446

Heat processing of low acid foods.

Heat processing of peeled tomatoes. Importance of the pH value and considerations on the addition of acids. Industria conserve: t 50 (3) 196-202

Heat processing of some sausages in semiautomatic equipment. Tehnologija mesa: 16 (5) 130-132

Heat processing of soybeans for swine.

Heat processing of turkey litter for re-use as a bedding material. Proceedings, 2000 National Poultry Waste Management Symposium, Ocean City, MD, USA, 16-18 October 2000: 353-360

Heat processing of vegetables in flexible films.

Heat producing capacity of winter wheat. Fotosintez i produktivnost' ozimoi pshenitsy na iugo vostoke Kazakhstana: 0-57

Heat production and distribution.

Heat production and gas excretion in cattle as affected by age under commercial technology of maintenance. Biulleten' 9) 6-8

Heat production and its clinical implications in neonates. Equine Veterinary Journal 22(2): 69-72

Heat production and pollination in Araceae. Canadian journal of botany: 76, 545-546 Ref

Heat production associated with feed intake in laying hens. Proceedings the 5th AAAP Animal Science Congress May 27 June 1-1990 Taipei Taiwan Re ic of China

Heat production by Candida guilliermondii strain H 542 grown on paraffin in continuous culture. Applied biochemistry and microbiology: (Transl 1977), 13 (1) 22-24

Heat production data of turkeys through their life cycle. Miscellaneous report: (165) 92-100

Heat production from barn air or energy collecting roofs. Tierzuchter 32(5): 208-210

Heat production from solid and liquid manure. Landtechnik 33(2)

Heat production in cattle under the conditions of industrial complexes. Sel'skokhoziaistvennaia biologiia 14(1): 95-97

Heat production in organisms.

Heat production of active, growing turkeys.

Heat production of ad libitum-fed nursery pigs as affected by environmental temperatures. American Society of Agricultural Engineers Microfiche collection: (fiche no 80-4017)

Heat production of cross-bred sheep of different ages with high environmental temperatures. Ispol'zovanie Biologicheskikh Zakonomernostei v Povyshenii Produktivnosti Sel'skokhoziaistvennykh Zhivotnykh: 6-80

Heat production of groups of growing pigs as affected by weight and feeding level. European Association for Animal Production ication: 9) 218-221

Heat production of lean and obese (ob. Proceedings of the Society for Experimental Biology and Medicine 160(2): 266-271

Heat production of pig platelets in relation with glycolysis and respiration. Biomedica Biochimica Acta 42(4): 315-321

Heat production when single nutrients are given to fasted cockerels. Publication European Association for Animal Production: ub 1980) (26) 253-256

Heat production: mechanisms and regulation. Stress physiology in livestock editor Mohamed K Yousef: 4

Heat propagation in the subsoil heat store of a block hothouse. Applied solar energy9(6): 87-90

Heat properties of wood and their changes during the process of pyrolysis.

Heat prostration and dehydration syndrome in poultry. Poultry guide: 14 (3) 59-60

Heat prostration and management of poultry in summer months. Poultry guide 17(6): 57-58

Heat prostration in cattle is an avoidable summer danger. Gulf coast cattleman 45(4): 23

Heat protection at animal shelter construction. Landtechnik 36(3): 139-141

Heat pump drying of agricultural materials. Drying technology6(1-2): 235-250

Heat pump for heating and cooling water for aquacultural production. Circular 93 (1096)

Heat pump for low-temperature grain drying. Transactions of the ASAE American Society of Agricultural Engineers 26(4): 1234-1238

Heat pump manual.

Heat pump operation in horticulture?. Gartenbauliche Versuchsberichte Jahresbericht der Versuchsanstalten und Beispielsbetriebe fur Gartenbau: 6 74-78

Heat pump pays off in 2 years; savings continue at $166,500. Food engineering 54(4): 188

Heat pump technology.

Heat pump. Rebuilding, mode of operation, and efficiency ofthe heat pump when used for heating the stable. Ugeskrift for agronomer og hortonomer: 4 (8) 153-155

Heat pumps.

Heat pumps and grain drying. Landtechnik 33(1): 12-13

Heat pumps as dehumidifiers in livestock housing. Nordisk jordbrugsforskning6(3): 374-375

Heat pumps for agricultural use. PHM Revue horticole: (231) 69

Heat pumps for barns and stables Denmark.1. Tidsskrift for landokonomi 169(5-6): 84-90

Heat pumps for grain drying.

Heat pumps for heating and cooling. PM Cooperative Extension Service Iowa State University: 79 (754)

Heat pumps for heating and cooling homes.

Heat pumps for homes a guide for decisions. PNW Pacific Northwest Cooperative Extension Publication Oregon State University Extension Service: 85 (262)

Heat pumps for homes--a guide for decisions. Extension circular Oregon State University Extension Service: 79 (977)

Heat pumps for residential heating and cooling. Some questions and answers. AEES University of Kentucky Cooperative Extension Service: (15)

Heat pumps for stable climate and house heating.

Heat pumps in agriculture--basic principles and marginal conditions. Landtechnik 33(1): 5-8

Heat pumps in animal production--a model study. II. Application for the use of waste heat. Landtechnik 37(10): 474-476

Heat pumps in animal production--a theory model study. I. Application for stable air conditioning--is this worthwhile?. Landtechnik 37(7-8): 365-369

Heat pumps in industry.

Heat pumps on the farm. Mushroom journal: (90) 217-218

Heat pumps provide good stable climate.

Heat pumps, a method to recover calories.

Heat pumps. Thermodynamic cycle and efficiency. Annali della Facolta di scienze agrarie della Universita degli studi di Torino82 12(12): 477-504

Heat radiation from a glasshouse crop canopy at night. Acta Horticulturae 46: 39-145

Heat radiation phenomena from a greenhouse crop canopy at night. 1. the curtain effect in a greenhouse covered with transparent material. Tidsskrift for planteavl: 1 (1) 90-94

Heat radiation phenomena from a greenhouse crop canopy at night. i. the curtain effect in a greenhouse covered with transmittive material. Working Party On Technical And Physical Aspects Of Energy Saving In Greenhouses Eur Communities Comm: ub 1977) 16-25

Heat reaction of sandy soils under forest cover.

Heat reconstitution equipment for prepared frozen foods. Food technology: 23 (12) 72-76

Heat recovery. Agricultural energy: selected papers and abstracts from the 1980 ASAE National Energy Symposium: 613

Heat recovery and hot water survey in a freezing works.

Heat recovery and reuse in food processing. Energy management: a sourcebook of current practices: 364

Heat recovery benefits dairy operations. Energy developments: (4) 44

Heat recovery by heat exchange between mill water and mill discharge water. Energy conservation in pulp and paper industry: report of Symposium on Energy Conservation in Pulp and Paper Industry 6-11 June 1983 Tokyo Japan sponsored by Asian Productivity Organization editor SO Regestad: 232

Heat recovery during cardboard drying. Papier 29 (12) 563-570

Heat recovery from air in livestock houses. Energiudvinding og energibesparende foranstaltninger i landbruget: NJF seminar 1977 redaktion Borge Mortensen Jan S Strom: 0

Heat recovery from dairy waste heat. Landbauforschung Volkenrode: pecial no49) 156-168

Heat recovery from incineration of gin waste. Cotton gin and oil mill press: 0, 78 (16) 12

Heat recovery from litter manure. Landbauforschung Volkenrode3(3): 169-178

Heat recovery from livestock and poultry ventilation systems.

Heat recovery from milk and heat production from straw. Forderungsdienst 28(2): 41

Heat recovery from milk cooling equipment . Milch Praxis und Rindermast9(1): 33

Heat recovery from milk during cooling. Mechanizacja rolnictwa 30(11): 14-17

Heat recovery from refrigeration plants. Food processing industry 49(588): 33

Heat recovery from the oven. Proceedings of the annual meeting 4 108-110

Heat recovery from the thermomechanical pulping process. Pulp and paper Canada 91(9): 56-58

Heat recovery from waste air washers and treatment of slurry. Tierzuchter 32(4): 164-166

Heat recovery in agricultural drying units. Agrartechnik 3(10): 468-470

Heat recovery in animal rearing. Schriftenreihe des Agrarwissenschaftlichen Fachbereichs der Universitat Kiel: 0) 163-171

Heat recovery in facilities for storage or processing of fruit and vegetables.

Heat recovery in grain drying equipment. Landtechnik 30 (11) 479-483

Heat recovery in physical refining. Proceedings World Conference on Emerging Technologies in the Fats and Oils Industry Cannes France November 3-8-1985 edited by AR Baldwin: 379

Heat recovery in tubular heat exchangers for medium viscosity food products.

Heat recovery of farmyard manure. Ugeskrift for agronomer og hortonomer: 0, 4 (23) 458-461

Heat recovery of stable air. Ugeskrift for agronomer og hortonomer: 4 (12) 231-236

Heat recovery of transmission and ventilation heat in barns. Landbauforschung Volkenrode: pecial no49) 169-179

Heat recovery on a tunnel dehydrator. Transactions of the ASAE American Society of Agricultural Engineers: 980 (80-6023)

Heat recovery on farms. Betriebswirtschaftliche Mitteilungen fur den Wirtschaftsberater: (295) 15-32

Heat recovery process. Pulp and paper Canada 80(11): 52-55

Heat recovery systems for thermomechanical pulping installations. International Mechanical Pulping Conference Proceedings: 44

Heat recovery warms up. Livestock farming: 16 (10) 14

Heat recovery, a method of reducing energy consumption in agroindustrial units. Productia vegetala mecanizarea agriculturii 24(11-12): 16-22

Heat recuperation in chip dryers with concurrent reduction of impurities contained in the exhaust gas Particleboard industry.1. Holz als Roh und Werkstoff 40(8): 287-291

Heat recuperation of exhaust gases of high-temperature dryers. Nauchno tekhnicheskii biulleten' Vsesoiuznyi nauchno issledovatel'skii institut mekhanizatsii sel'skogo khoziaistva: 7) 31-34

Heat recuperators approved for milk refrigerators. Bulletin d'information du CEMAGREF Centre national du machinisme agricole: (307 308) 17-23

Heat recycling at the drying plant. Winter 15 31-34

Heat reduces conception. Hog farm management: 14 (5) 34

Heat reflective roof coatings. Paper American Society of Agricultural Engineers: er 1990 (90-4513)

Heat regulating and its effects. Agriculture and horticulture: 74, 49 (4)

Heat regulation for piggeries. Landtechnik 32 (6) 254-259

Heat regulation in must fermentation with the help of natural energies. Borgazdasag 6 (1) 13-16

Heat regulation in swine. Tierzuchter 23 (19) 562

Heat regulation of newborn rabbits: Some peculiartiies. Monatshefte fur Veterinarmedizin: 27 (23) 904-911

Heat regulation, temperature (heat) stress and summer management in poultry birds. Indian poultry review: 8 (17) 17-18

Heat release from alfalfa leaf-cutter bees. Canadian agricultural engineering: 15 (2) 110-112

Heat release in thermally disintegrating wood Pyrolysis, spontaneous ignition. Wood and fiber 14(3): 166-177

Heat release tests of mattresses and bedding systems. Journal of fire sciences 10(5): 386-410

Heat relief with timely nutrients. Prevention 32(7): 72-75

Heat relief, dust control in tractor cabs. Implement and tractor 97(9): 24-30

Heat requirement for major species cultivated in greenhouse. Contro su le colture protette nell'attuale situazione energetica: ub 1975) 31-44

Heat requirement of Pleurotus strains in the period of growing mycelium. A Kerteszeti Egyetem Kozlemenyeiub 1979) 10(2): 63-69

Heat requirements in acrylic greenhouses in relation to older models. Gartneryrket 979 69(2): 39-40

Heat requirements of grape roots.

Heat reservoir for improvement of central heating heated with solid fuel. Landtechnische Schriftenreihe: t 2) 28-38

Heat resistance and breeding of dairy cattle in Tadzhikistan.

Heat resistance diagnosis of plants using differential calorimetry. Fiziologiia i biokhimiia kul'turnykh rastenii = Physiology and biochemistry of cultivated plants 20(4): 359-365

Heat resistance intravarietal variability of tomato plants of the Pushkinskij 1853 variety.

Heat resistance of Bacillus coagulans spores isolated from spoiled canned low-acid foods. Nippon Shokuhin Kogyo Gakkaishi = Journal of Japanese Society of Food Science and Technology2(10): 725-730

Heat resistance of Bacillus subtilis spores at various water activities. Journal of Applied Bacteriology 35(4): 615-624

Heat resistance of Calliphoridae larvae in relation to develoment of rearing temperature. Journal of insect physiology: 2 (7) 907-912

Heat resistance of Clostridium botulinum spores in meats.

Heat resistance of Clostridium sporogenes 25, the organism causing spoilage of canned snack and dinner vegetables. Konservnaia i ovoshchesushil'naia promyshlennost': 34-37

Heat resistance of Escherichia coli O157:H7 in low-fat meat and poultry products. Highlights of agricultural research 40(3): 11

Heat resistance of Eurygaster integriceps eggs in early ontogenetic stages. Zoologicheskii zhurnal: 52 (11) 1658-1660

Heat resistance of Lactobacilli at various aw-values. Fleischwirtschaft 51 (9) 1368-1370

Heat resistance of Listeria monocytogenes in non-dairy food menstrua.

Heat resistance of PA 3679 (NCIB 8053) and other isolates of Clostridium sporogenes. FEMS symposium Federation of European Microbiological Societies8(18): 261-273

Heat resistance of Pinus nigra and Picea pungens. Introduktsiia i akklimatizatsiia rastenii9(19): 78-80

Heat resistance of Salmonella typhimurium and Listeria monocytogenes in suspension and in a biofilm matrix.

Heat resistance of Salmonella: the uniqueness of Salmonella senftenberg 775W. Applied Microbiology 17(1): 78-82

Heat resistance of Sporolactobacillus inulinus. Journal of food science 46(3): 810-812

Heat resistance of Streptococcus faecium in pasteurized ham. Fleischwirtschaft 62(4): 511-514

Heat resistance of Trichoderma lignorum Harz in submerged culture. Mikologiia i fitopatologiia: 0 (1) 63-67

Heat resistance of ascospores of the genus Byssochlamys. dependence of saccharose and malic acid in apple juice. Alimenta 15 (3) 67-70

Heat resistance of atypical mycobacteria to 60 plus or minus 1 degree. Revista cubana de ciencias veterinarias 11(2): 109-111

Heat resistance of bacteria in alcohol-free beer. Journal of the American Society of Brewing Chemists 54(1): 32-36

Heat resistance of bacterial spores in anhydrous butter fat, a butter water emulsion and a phosphate buffer solution. Schweizerische milchwirtschaftliche Forschung: 5 91-97

Heat resistance of catalase in yeast cells. Acta botanica: 0 (1 2) 37-41

Heat resistance of ecological types of the soybean.

Heat resistance of ferredoxin from leaves of Pisum sativum L. hardened by the warming up.

Heat resistance of ferredoxins of higher plants: their activity in nicotinamide adenine dinucleotide photoreduction.

Heat resistance of glucoso-6-phosphate-dehydrogenase from leaves of heat- and cold-hardened winter wheat.

Heat resistance of intact and isolated spring wheat leaf. Izvestiia Sibirskogo otdeleniia Akademii nauk SSSR Seriia biologicheskikh nauk: (2) 109-117

Heat resistance of leaf cells of pea varieties differing in ecogeographical characteristic. Trudy po prikladnoi botanike genetike i selektsii2(1): 77-82

Heat resistance of microorganisms causing spoilage of carrot juice.

Heat resistance of mink in hot climate Cage rearing in Uzbekistan.1. Uzbekskii biologicheskii zhurnal: ) 23-25

Heat resistance of peroxydase.

Heat resistance of plum varieties in the foothill region of Crimea. Biulleten' 7 79-80

Heat resistance of seeds in var. Hokoku = Bulletin of the Vegetable and Ornamental Crops Research Station Series A: (8) 33-51

Heat resistance of some sainfoin in culture in the Chartak Adyr. Doklady Akademii nauk UzSSR: 57-58

Heat resistance of some varietie.

Heat resistance of spore enzymes. Journal of applied bacteriology: 33 (1) 130-140

Heat resistance of spores of non-proteolytic type b Clostridium botulinum Foods, contamination. Journal of food protection 45(10): 909-912

Heat resistance of spores of so. Shokuhin eiseigaku zasshi = Journal of the Food Hygienic Society of Japan 21(5): 398-404

Heat resistance of the ferredoxins of higher plants in connection with their activity in the reaction of NADP photoreduction. Soviet plant physiology: Transl 1974, 20 (5) 857-861

Heat resistance of tomatoes under the conditions of the Volga-Akhtuba floodplain. Biulleten' Vsesoiuznyi institut rastenievodstva0(80): 17-21

Heat resistance of wheat. Zernovoe khoziaistvo: 9 34

Heat resistance parameters of peroxidase from some vegetables and fruits. Egyptian journal of food scienceub 1979) 5(1-2): 31-39

Heat resistance parameters of peroxidase from some vetetables and fruits.

Heat resistance studies in the intertidal alga Chaetomorpha cannabina (Aresch.) Kjellm. Protoplasma 7 (4) 451-472

Heat resistance studies of yeasts; vegetative cells versus ascospores: erythromycin inhibition of sporulation in Kluyveromyces and Saccharomyces species. Journal of applied bacteriology 53(1): 73-79