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Searched all Perseus collections for "fall in" 5135 results in 7 categories
Results summary (items)
Art objects (1495)
Atlas sites (1505)
Images (451)
Reference articles (6)
Text sections (111)
Source citations (1)
Texts (1565)
1495 Art objects
  1. Japan, Private: AMPHORA B; FIGHT, WARRIORS FIGHTING OVER FALLEN BETWEEN FRONTAL HORSEMEN, FIGHT, WARRIORS, SOME ON HORSEBACK, SOME FIGHTING OVER FALLEN, DEVICE, TRIPOD [Beazley Archive Vase] (10.10)

  2. Rome, Basseggio: CUP; PARIS GIGANTOMACHY, PAINTER OF THE; FIGHT, GREEK AND PERSIAN, FALLING, SHIELD WITH APRON, FIGHT, GREEKS AND PERSIANS, ONE FALLEN, SHIELD WITH APRON [Beazley Archive Vase] (8.78)

  3. Berlin, Schloss Charlottenburg, F2287: CUP; DOURIS; FIGHT, WARRIORS, ONE FALLEN, FIGHT, WARRIORS, SOME FALLEN [Beazley Archive Vase] (8.54)

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1505 Atlas sites
  1. Webbers Falls, Webber Falls: Oklahoma, United States [Atlas site] (13.73)

  2. Falls Church, Falls Church, Va.: Virginia, United States [Atlas site] (12.63)

  3. Falls Creek Falls Lake: Tennessee, United States [Atlas site] (12.63)

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451 Images
  1. PLAN OF THE YOSEMITE VALLEY. References .--1. Merced River.--2. El Capitan.--3. Bridal Veil Fall.--4. Cathedral Rocks.--5. Sentinel.--6. Three Brothers.--7. Yosemite Fall.--8. North Dome.--9. Mirror Lake.--10. South Dome.--11. South Fork Fall.--12. Vernal Fall.--13. Nevada Fall.--14. Bellows Butte.--15. Hutchings's Hotel.--16. Coulterville Trail.--17. Mariposa Trail. [Image] (18.06)

  2. ST. ANTHONY FALLS IN 1886. VIEW OF SUSPENSION BRIDGE ABOVE THE FALLS, AND ST. PAUL, MINNEAPOLIS & MANITOBA RAILWAY BRIDGE BELOW THE FALLS. [Image] (7.97)

  3. Horydczak, Theodor, ca. 1890-1971, photographer.; Waterfalls., Parks.: Water scenes, Great Falls, Virginia. View of Great Falls: Item title devised. [Image] [View with Perseus links] (6.74)

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6 Reference articles
  1. fall [Reference article in Iowa State Glossary of Geologic Terms] (6.49)

  2. fall [Reference article in LEVEL5 Astronomical Glossary] (4.64)

  3. post hoc fallacy [Reference article in LEVEL5 Astronomical Glossary] (3.93)

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111 Text sections
  1. FROM PRESCOTT TO TAYLOR'S FALLS. [From Prescott to Taylor's Falls, 54 Miles.] [Section in The Minnesota guide. A handbook of information for the travelers, pleasure seekers and immigrants] (8.78)

  2. Taylor's Falls. [Section in The Minnesota guide. A handbook of information for the travelers, pleasure seekers and immigrants] (5.81)

  3. THE OLD GOVERNMENT MILLS AT THE FALLS OF ST. ANTHONY._ast; [Section in Collections of the Minnesota Historical Society. Volume 10, Part 2] (5.34)

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1 Source citation
  1. C. Vermeule; Iconographic Studies. The Flavians to the Fall of the Roman Empire: Vermeule 1980a [Source citation] (1.65)

1565 Texts
  1. Floral home; or, First years of Minnesota. Early sketches, later settlements, and further developments: (in English) Harriet E. Bishop (1817-1883) emigrated to Minnesota from New England in 1847. She was recruited by Catherine Beecher's Board of National Popular Education to establish a school in St. Paul, Minnesota and to serve as its first formal teacher, reaching students of French, English, Swiss, Sioux, Chippewa, and African-American backgrounds. Her book, Floral Home, is divided into three components: "Early Sketches," "Later Settlements," and "Further Developments." "Early Sketches" provides accounts of the earliest known white explorers and settlers to the region and discusses the source of the Mississippi River as well as the establishment of Fort Snelling. "Later Settlements" encompasses the period from about 1835-1850 and includes her own arrival. "Further Developments" covers the period after 1850 that saw an explosion of growth in Minnesota. Bishop describes the region's culture, its varied population, its geography and land-use, its natural resources, and the development of its religious, educational, and governmental institutions. There are comments upon the progress of St. Paul, St. Anthony's Falls, St. Croix Falls, Stillwater, and Minneapolis and Minnesota's formation into a territory. Bishop also relates many encounters with the Chippewa and the Sioux [Dakotas] and offers insights about how vastly different cultures co-existed on the frontier. She includes several poems about topics of local significance, some without attribution. [Text] (11.61)

  2. Andrew, Shelley Lewis Jr.; Budget Analysis of Spring, Fall with Winter Clean-up, and High-Fertility Fall Lambing Systems in a Simulated Fixed Forage Resource: Dr. David R. Notter, Dr. Steve Umberger, Dr. David Kohl, Bill McKinnon; (in English) A successful business needs to generate enough cash to cover expenses, current debt, and family living expenses, pay interest on owned and borrowed capital, maintain productivity, and earn a reasonable return for the operator. Income from sheep production is generally only part of a total farm and nonfarm income. Thus options, opportunity costs, and decisions regarding the sheep production enterprise are not isolated; they affect other agricultural enterprises. Sheep production consistently returns profits to producers, which makes it an enticing agricultural enterprise. There are advantages in raising sheep in Virginia, such as abundant, high-quality forage, moderate climate, pasture improvement, and good access to markets with high demand for lamb. The disadvantages to sheep production are unavailable and inexperienced labor and operators, predators, and inconsistent market demand and supply. Sheep producers have the opportunity to choose which lambing system fits their existing operations and lifestyle. The use of economic analysis enables operator to make sound business management decisions. To compare different lambing systems (spring, fall with winter clean-up, and high-fertility fall) in a systematic way, a simulation model was constructed with a fixed forage resource of 50 acres of pasture including typical Virginia mountain pasture plus various amounts of fescue for stockpiling. The simulation included a production calendar; nutritional requirements for ewes, lambs, and artificially reared triplets; growth rates for lambs; lambing distributions; forage growth; and enterprise budgets including income, costs, and returns. A economic analysis was performed for each lambing system with average prices or with plus or minus one standard deviation for prices of corn, SBOM, and market lambs, and price differentials for market lambs across lambing seasons. Comparisons of each lambing systems produced various results. In spring lambing, only 78 ewes could be maintained on the fixed forage resource, while the fall with winter clean-up and high-fertility fall lambing system each had 115 ewes. This result occurred because of limited forage in July and August and higher nutrient requirements for spring lambing in those months. The overall nutrient requirements were higher in the fall with winter clean-up and high-fertility fall lambing than in spring lambing as a result of the increased ewe and lamb numbers. Concentrate consumption by lambs was also greater for fall with winter clean-up and high-fertility fall lambing than for spring lambing because of the increased numbers of lambs. Because of the low number of ewes and lambs, spring system produced the most hay. Labor costs were highest in fall with winter clean-up lambing because of the two lambing seasons. In the economic analysis system, each lambing was compared. With 10-year average prices for market lambs, corn, and SBOM, high-fertility fall lambing had the greatest income ($17,467), followed by fall with winter clean-up lambing ($14,695), and spring lambing ($10,358). This result occurred because high-fertility fall and fall with winter clean-up lambing had more lambs sold at higher market lambs prices than spring lambing. With 10-year average prices for market lambs, corn, and SBOM, high-fertility fall lambing had the highest cost ($7,935), followed by fall with winter clean-up lambing ($7,360), and spring lambing ($6,084). This was the result of increased ewe and lamb numbers in high-fertility fall and fall with winter clean-up lambing than spring lambing. High-fertility fall lambing had the greatest returns ($6,210), followed by fall with winter clean-up lambing ($4,025), and spring lambing ($2,028). On a fixed forage resource, increasing fertility in fall lambing clearly results in increased returns. In this model, forage availability controlled the number of ewes that a lambing system can have because of limited summer growth and had a major impact on profits. Conclusions of Tolman (1993) differed from those found within this thesis. On a per ewe basis, she found that spring lambing to yielded the highest returns whereas this thesis found that high-fertility fall lambing yielded the highest returns. A key difference between this study and that of Tolman (1993) was after weaning this thesis feed fall lambs stockpiled fescue and she feed fall lambs feed in dry lot. [Text] [View with Perseus links] (9.14)

  3. Charles Kerry and Co.; Charles Kerry and Co.; (in English) 1 item. / Size : 1/2 plate / / Condition : good B Katoomba Katoomba Falls, Blue Mountains, waterfall, ledges, lookout, fence, trees sheer cliffs. Inscription : "557B Katoomba Falls K & Co." Plus: "1775 Katoomba Falls from the lookout. Kerry Photo Sydney" (crossed out) [Text] (8.91)

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