56^ 



EXPERIMENT STATION EECOED 



Sugar beet— Continued. 



farms, organization, (40) 488. 

 flakes, analyses, (27) 872. 

 floui-, manufacture and use, (30) 15. 

 industry in — 



Australia, (40) 3.37. 



Europe, handbooks, (29) 142. 



Germany, (29) 113. 



Ontario, (40) 336. 



United States, (28) 33fi; (40) 139. 

 land, blown-out, recropping, (40) 431. 

 leafhopper, see Beet leafhopper. 

 leaf-spot^ 



description, (32) 50. 



eflects, (28) 43. 



studies, (40) 344. 



treatment, (29) 48. 

 leaves, dried, analyses, (27) 872. 

 meal, analyses, (35) 374; (39) 370. 

 molasses, raffinose in, (40) 313. 

 mosaic disease, studies, (33) 743. 

 nematode, studies, (35) 150. 

 nematode, treatment, (36) 450. 

 plant louse, remedies, (28) 563. 

 powder to replace refined sugar, (40) 715. 

 products — 



analyses, (39) 417. 



as source of alcohol, (35) 113. 



feeding value and pathological eflects, (32) 

 99. 

 residues as cattle feed, (38) 368. 

 root louse- 

 control, (26) 648; (33) 430; (36) 154; (38) 130; 

 (39) 863; (40) 452. 



insect enemy, (39) 562. 



life history, (31) 250. 



notes, (33) 857: (36) 55; (37) 255; (39) 258, 464. 



relation to soil moisture, (33) 357. 

 root rot- 

 causative agent, (29) 646. 



studies, (34) 52; (36) 147. 

 roots, bacterial diseases of, (31) 842. 

 roots, decomposition in soil, (40) 214. 

 rot, review of investigations, (29) 550. 

 seed — 



dried, germination and culture tests with, 

 (31) 632. 



germination as affected by drying, (29) 739. 



germination tests, (27) 431. 



industry in France, (38) 537; (40) 36. 



industry in Russia, (37) 443. 



industry in United States, (37) 540. 



industry, treatise, (40) 441. 



production, (32) 740; (.33) 22S. 



selection, (31) 232. 



single-germ, production, (33) 532. 



soaking in superphosphate solution, (31) 

 632. 



transmission of high sugar content by, (30) 

 834. 



valuation, (31) 42; (33) 135. 

 seedlings in relation to Phoma betae, (34) 156. 

 sirup, manufacture, (37) 511. 

 slices for milch cows, (27) 374. 

 soils, nitrates in, (40) .300. 

 thrips, studies, (36) 153. 

 tops, analyses and digestibility, (29) 367. 

 tops, analyses and feeding value, (33) 169; (34) 



664. 

 tops and leaves, feeding value, (38) 168. 

 tops for dairy animals, (30) 473. 

 tumors, formation, (34) 845. 

 waste, utilization, (2u) 767. 

 webworm, see Loxostege sticticalis. 

 wireworm, studies, (30) 758. 

 yellows, notes, (35) 245. 

 Sugar beets- 

 absorption and utilization of plant foods by, 



(26) 737. 

 analyses, (23) 132, 409, 770; (27) 36, 334, 341, 371, 

 469, 570; (23) 493; (29) 113; (30) 466, 697; (31) 

 42, 436, 737, 8G4; (32) 431, 435; (33) 434; (3S) 634. 

 and mangels, comparative yields, (40) 431. 

 and sorghum, comparison, (40) 325. 

 and their products in bread making, (34) 660. 

 animals affecting, (23) 654; (30) 853; (31) 58, 649. 

 as affected by- 

 defoliation and nitrates, (31) 435. 



depth of fertilization, (30) 624. 



fertilizers, (27) 126, 435, 534; (31) 736. 



Sugar beets— Continued. 



as affected by— continued, 

 lead nitrate, (31) 226. 

 nitrogenous fertilizers, (Jj; 332. 

 precipitation, (26) 738. 

 size of seed, (31) 42. 

 spacing, (31) 633; (32) 41. 

 static electricity, (27) 500. 

 water, (27) 837. 

 as host of Puccinia subnitens, (31) 842. 

 as human food, (33) 866. 

 as silage crop, (39) 134. 

 assimilation of — 



carbohydrates by, (26) 626. 

 nitrogen by, (33) 434. 

 breeding experiments, (37) 442. 

 catalytic fertilizers for, (26) 225. 

 changes in during storage, (27) 210. 

 classification, (3J) 439. 

 classification of varieties, (27) 31. 

 composition, (27) 838. 

 composition as affected by — 

 drought, (30) 736. 

 irrigation, (28) 332. 

 nitrate, (26) L96. 

 size, (26) 738. 

 sodium manures, (28) 34 . 

 composition — . 



at various stages, (36) 835. 

 during seed-producing period, (33) 135. 

 in relation to meteorological conditions, (3 7) 

 539. 

 continuous culture, (40) 419. 

 correlation studies, (30) 629; (37) 28, 642. 

 cost of production, (27) 530, 637; (35) 138; (40) 



139, 440, 737. 

 cost of production in Austria, (28) 594. 

 critical period of growing season, (39) 811. 

 culture, (27) 32, 435; (28) 336; (30) 738; (31) 35, 



298; (34) 482; (39) 834. 

 culture — 



experiments, (27) 530, 534, 833; (28) 43, 637; 

 (29) 138, 142, 223, 427; (30) 133, 638; (31) 

 333; (32) 132, 136, 225, 430, 435, 526; (33) 31; 

 (34) 34, 37, 229; (35) 526; (36) 32, 132, 133, 

 228, 533; (37) 30, 230, 435, 644; (38) 341, 536, 

 634; (39) 124, 334, 834; (40) 336, 735. 

 in Algeria, (38) 237. 



Austria-Hungary, (31) 689. 

 California, (37) 443; (40) 737. 

 Cape of Good Hope, (29) 432. 

 Colorado, (40) 1.38. 

 England, (29) 432. 

 Java, (29) 142. 

 Massachusetts, (30) 140. 

 Michigan, (39) 320. 

 Michigan and Ohio, (40) 440. 

 Montana, (40) 139. 

 Norfolk and Suffolk, (33) 532. 

 nutrient solutions, (26) 333. 

 Ohio, (29) 793. 

 Rhodesia, (27) 32, 637. 

 South Africa, (38) 536. 

 South Dakota, (29) 635; (37) 99; (40) 32 

 southwestern Russia, (37) 339. 

 Utah, (40) 633. 

 Washington, (36) 137. 

 losses in, (33) 434. 

 on moorland. (30) 229. 

 treatise. (32) 436. 



under dry land conditions, (31) 429. 

 under hu.nid conditions, (30) 529. 

 under irrigation, (30) 529; (34) 528. 

 defoliating experiments, (30) 39; (36) 233, 732. 

 deterioration in quality, (28) 43; (31) 435. 

 determination of density, (36) 716. 

 determination of fructose in, (40) 507. 

 development as affected by light, (27) 642 

 distance expc^riments, (29) 32; (32) 830. 

 drying, (35; 417. 

 effect on— 



composition of milk fat, (3.3) 674. 

 milk, (34) 472. 

 soil productivity, (28) 336. 

 electroculture experiments, (27) 231; (36) 227; 



(40) 428. 

 ensiling, (38) 130. 

 examination, (27) 64. 

 examination and valuation, (28) 715. 

 feeding value, (40) 32. 



