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RMRHFP8T–. Boddington's quality bulbs, seeds and plants / Arthur T. Boddington.. Nursery Catalogue. BODDINGTON'S ^A4<x£ltV SEEpTs 67 FIRST DIVISION EXTRA- EARLY PEAS. DWARF VA- RIETIES. 12 TO 25 INCHES, continued American Wonder.* Early and productive; fine quality. Height, I ft. Pt. 15 cts., q't. 30 cts , !4pk. $1, pk. $1.75, bus. $6. Daisy (Carter's).* The vines, though growing only about 18 inches in height, are very stout, and generally bear a good crop of large, well-filled pods. The pods average 5 inches in length, containing seven to nine large peas of a light green color, which are tender a
![. American forestry. Forests and forestry. ? "^^^ k I ^. UNLOADING BARK FROM CARS AND STORING IN SHED. the highest mountains, but along north- erly ridges and slopes it sometimes de- scends to 4,500 feet. The stand of spruce and balsam av- erages from 15 to 25 thousand feet an acre over the whole area covered by this type, and many stands will cut from 40 to 50 thousand feet to the acre. Where this timber is being cut for pulp wood from 40 to 50 cords per acre is an average yield. Spruce varies in height from 40 to 50 feet on the ridges to 80 or 90 feet on the north slopes and in the head Stock Photo](https://c8.alamy.com/comp/RP0F98/american-forestry-forests-and-forestry-quot-k-i-unloading-bark-from-cars-and-storing-in-shed-the-highest-mountains-but-along-north-erly-ridges-and-slopes-it-sometimes-de-scends-to-4500-feet-the-stand-of-spruce-and-balsam-av-erages-from-15-to-25-thousand-feet-an-acre-over-the-whole-area-covered-by-this-type-and-many-stands-will-cut-from-40-to-50-thousand-feet-to-the-acre-where-this-timber-is-being-cut-for-pulp-wood-from-40-to-50-cords-per-acre-is-an-average-yield-spruce-varies-in-height-from-40-to-50-feet-on-the-ridges-to-80-or-90-feet-on-the-north-slopes-and-in-the-head-RP0F98.jpg ". American forestry. Forests and forestry. ? "^^^ k I ^. UNLOADING BARK FROM CARS AND STORING IN SHED. the highest mountains, but along north- erly ridges and slopes it sometimes de- scends to 4,500 feet. The stand of spruce and balsam av- erages from 15 to 25 thousand feet an acre over the whole area covered by this type, and many stands will cut from 40 to 50 thousand feet to the acre. Where this timber is being cut for pulp wood from 40 to 50 cords per acre is an average yield. Spruce varies in height from 40 to 50 feet on the ridges to 80 or 90 feet on the north slopes and in the head Stock Photo")
RMRP0F98–. American forestry. Forests and forestry. ? "^^^ k I ^. UNLOADING BARK FROM CARS AND STORING IN SHED. the highest mountains, but along north- erly ridges and slopes it sometimes de- scends to 4,500 feet. The stand of spruce and balsam av- erages from 15 to 25 thousand feet an acre over the whole area covered by this type, and many stands will cut from 40 to 50 thousand feet to the acre. Where this timber is being cut for pulp wood from 40 to 50 cords per acre is an average yield. Spruce varies in height from 40 to 50 feet on the ridges to 80 or 90 feet on the north slopes and in the head
![. Coastal hydraulic models. Hydraulic models. < ) ^^ T = 2 0 SEC ..—" L 0- , / / / / / k 1 / 1 / 1/ 1 / / / / r i/ ( T = 3 0 SEC. INCIDENT WAVE HEIGHT H,, FT LEGEND TYPE FORCE INCIDENT WAVE HEIGHT Hj, FT D——O PEAR O- —O AVERAGE ONE-THIRD HIGHEST Figure 6-61. Forces on harborside of pile (d = 10 feet). Oak Harbor breakwater model (Davidson, 1971a). 433. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hudson, Robert Y Stock Photo](https://c8.alamy.com/comp/REH8EX/coastal-hydraulic-models-hydraulic-models-lt-t-=-2-0-sec-quot-l-0-k-1-1-1-1-r-i-t-=-3-0-sec-incident-wave-height-h-ft-legend-type-force-incident-wave-height-hj-ft-do-pear-o-o-average-one-third-highest-figure-6-61-forces-on-harborside-of-pile-d-=-10-feet-oak-harbor-breakwater-model-davidson-1971a-433-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-hudson-robert-y-REH8EX.jpg ". Coastal hydraulic models. Hydraulic models. < ) ^^ T = 2 0 SEC ..—" L 0- , / / / / / k 1 / 1 / 1/ 1 / / / / r i/ ( T = 3 0 SEC. INCIDENT WAVE HEIGHT H,, FT LEGEND TYPE FORCE INCIDENT WAVE HEIGHT Hj, FT D——O PEAR O- —O AVERAGE ONE-THIRD HIGHEST Figure 6-61. Forces on harborside of pile (d = 10 feet). Oak Harbor breakwater model (Davidson, 1971a). 433. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hudson, Robert Y Stock Photo")
RMREH8EX–. Coastal hydraulic models. Hydraulic models. < ) ^^ T = 2 0 SEC ..—" L 0- , / / / / / k 1 / 1 / 1/ 1 / / / / r i/ ( T = 3 0 SEC. INCIDENT WAVE HEIGHT H,, FT LEGEND TYPE FORCE INCIDENT WAVE HEIGHT Hj, FT D——O PEAR O- —O AVERAGE ONE-THIRD HIGHEST Figure 6-61. Forces on harborside of pile (d = 10 feet). Oak Harbor breakwater model (Davidson, 1971a). 433. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hudson, Robert Y
![. Bulletin (Pennsylvania Department of Forests and Waters), no. 46-50. Forests and forestry. ]G The Beecii-JjIuch-Maple Forest Type in Pennsylvania. 10 20 50 -10 50 /GE-YE^RS 60 70 BO FtV/. .5. Diagram Showing Average Biamcier Growth of Beech-Birch-ManJe nJ!f l ^? J'^Z Pennsylvania at Different Ages up to 80 Years. Based Upon 18 Study Plots. The diameter growth appears to continue and often increases somewliat, holdinp: its own for many years after the period of maximum height growtli is passed. As soon as a retardation of growth is manifest in pure birch stands, heart rot begins to develop Stock Photo](https://c8.alamy.com/comp/RGB379/bulletin-pennsylvania-department-of-forests-and-waters-no-46-50-forests-and-forestry-g-the-beecii-jjiuch-maple-forest-type-in-pennsylvania-10-20-50-10-50-ge-yers-60-70-bo-ftv-5-diagram-showing-average-biamcier-growth-of-beech-birch-manje-nj!f-l-jz-pennsylvania-at-different-ages-up-to-80-years-based-upon-18-study-plots-the-diameter-growth-appears-to-continue-and-often-increases-somewliat-holdinp-its-own-for-many-years-after-the-period-of-maximum-height-growtli-is-passed-as-soon-as-a-retardation-of-growth-is-manifest-in-pure-birch-stands-heart-rot-begins-to-develop-RGB379.jpg ". Bulletin (Pennsylvania Department of Forests and Waters), no. 46-50. Forests and forestry. ]G The Beecii-JjIuch-Maple Forest Type in Pennsylvania. 10 20 50 -10 50 /GE-YE^RS 60 70 BO FtV/. .5. Diagram Showing Average Biamcier Growth of Beech-Birch-ManJe nJ!f l ^? J'^Z Pennsylvania at Different Ages up to 80 Years. Based Upon 18 Study Plots. The diameter growth appears to continue and often increases somewliat, holdinp: its own for many years after the period of maximum height growtli is passed. As soon as a retardation of growth is manifest in pure birch stands, heart rot begins to develop Stock Photo")
RMRGB379–. Bulletin (Pennsylvania Department of Forests and Waters), no. 46-50. Forests and forestry. ]G The Beecii-JjIuch-Maple Forest Type in Pennsylvania. 10 20 50 -10 50 /GE-YE^RS 60 70 BO FtV/. .5. Diagram Showing Average Biamcier Growth of Beech-Birch-ManJe nJ!f l ^? J'^Z Pennsylvania at Different Ages up to 80 Years. Based Upon 18 Study Plots. The diameter growth appears to continue and often increases somewliat, holdinp: its own for many years after the period of maximum height growtli is passed. As soon as a retardation of growth is manifest in pure birch stands, heart rot begins to develop
RMRF42P4–. Ponderosa pine saplings respond to control of spacing and understory vegetation. Ponderosa pine; Ponderosa pine Spacing. Figure 6.-Ponderosa pine released to a wide spacing (1959), shows excellent height growth and possibly undesirable limb development in the lower whorls. fH Vegetation removed Vegetation left. 1,000 500 250 125 62 6.6 9.3 13.2 18.7 26.4 TREES PER ACRE AND SPACING (FEET) Figure 7.-Average limb size of the six largest limbs on ponderosa pine saplings after 8 years. Limb Growth Tree branches also responded to thinning and to removal of understory vegetation (figs. 6 and 7). Th
![. Basic mechanisms in radiobiology II. physical and chemical aspects. proceedings of an informal conference held at Highland Park, Illinois, May 7-9, 1953. Radiobiology; Radiation Effects. 49 SIMPLE THEORY (GAUSSIAN) LANDAU THEORY htl EXPERIMENTAL POINTS. AVERAGE TOTAL ENERGY LOSS MAXIMUM ENERGY LOSS IN SINGLE COLLISION fH»4*Vf«rtl|.hriM|m(L 50 60 76 PULSE HEIGHT- ARBITRARY UNITS Fig. 1. (reproduced from Igo et. al. , Phys. Rev. 89, 879 (1953) ). Frequency distribution of energy losses of 31.5 Mev protons traversing 3/4" proportional counter. Histogram of experimental points shows standa Stock Photo](https://c8.alamy.com/comp/RJMDB3/basic-mechanisms-in-radiobiology-ii-physical-and-chemical-aspects-proceedings-of-an-informal-conference-held-at-highland-park-illinois-may-7-9-1953-radiobiology-radiation-effects-49-simple-theory-gaussian-landau-theory-htl-experimental-points-average-total-energy-loss-maximum-energy-loss-in-single-collision-fh4vfrtlhrimml-50-60-76-pulse-height-arbitrary-units-fig-1-reproduced-from-igo-et-al-phys-rev-89-879-1953-frequency-distribution-of-energy-losses-of-315-mev-protons-traversing-34quot-proportional-counter-histogram-of-experimental-points-shows-standa-RJMDB3.jpg ". Basic mechanisms in radiobiology II. physical and chemical aspects. proceedings of an informal conference held at Highland Park, Illinois, May 7-9, 1953. Radiobiology; Radiation Effects. 49 SIMPLE THEORY (GAUSSIAN) LANDAU THEORY htl EXPERIMENTAL POINTS. AVERAGE TOTAL ENERGY LOSS MAXIMUM ENERGY LOSS IN SINGLE COLLISION fH»4*Vf«rtl|.hriM|m(L 50 60 76 PULSE HEIGHT- ARBITRARY UNITS Fig. 1. (reproduced from Igo et. al. , Phys. Rev. 89, 879 (1953) ). Frequency distribution of energy losses of 31.5 Mev protons traversing 3/4" proportional counter. Histogram of experimental points shows standa Stock Photo")
RMRJMDB3–. Basic mechanisms in radiobiology II. physical and chemical aspects. proceedings of an informal conference held at Highland Park, Illinois, May 7-9, 1953. Radiobiology; Radiation Effects. 49 SIMPLE THEORY (GAUSSIAN) LANDAU THEORY htl EXPERIMENTAL POINTS. AVERAGE TOTAL ENERGY LOSS MAXIMUM ENERGY LOSS IN SINGLE COLLISION fH»4*Vf«rtl|.hriM|m(L 50 60 76 PULSE HEIGHT- ARBITRARY UNITS Fig. 1. (reproduced from Igo et. al. , Phys. Rev. 89, 879 (1953) ). Frequency distribution of energy losses of 31.5 Mev protons traversing 3/4" proportional counter. Histogram of experimental points shows standa
RMRHFM85–. Boddington's quality bulbs, seeds and plants / Arthur T. Boddington.. Nursery Catalogue. BODDINGTON'S '^A44u£lyCV SEEdT 77 HRST DIVISION-EXTRA- EARLY PEAS. DWARF VA- RIETIES 12 TO 25 INCHES, continued American Wonder.* Early and productive ; fine quality. Height, I ft. Pt. 25 cts., qt. 50 cts., Kpk. $2, pk. $3.50, bus. 5i2. Daisy.* The vines, though growing only about 18 inches in height, are very stout, and generally bear a good crop of large, well-filled pods. The pods average 5 inches in length, containing seven to nine large Peas of a light green color, which are tender and sweet. Pt. 30
RMRH5664–. Breviora. t=3. rext-Fig. I. Radular teeth of (a) Anachis avara and (b) Amu his transli- rata. Scale line equals 0.2 mm. Description. Shell elevated, conical, whorls llattcned and regu- larl ribbed. Height to 17.5 mm. width to 6.5 mm. median range in height 12.5 to 14.0 mm. Average width to length ratio 0.40. Aperture a little less than one-half total height of shell. Larval whorls (protoconch) three, smooth, rounded, and translucent.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of thes
RMRFCNWK–. Uneven-aged silviculture and management in the United States : combined proceedings of two in-service workshops held in Morgantown, West Virginia, July 15-17, 1975, and in Redding, California, October 19-21, 1976. --. Forests and forestry United States Congresses; Forest management United States Congresses; Forests and forestry; Forest management. sr-Rours from fOMiCf^. PEPKOOUCTION. 2 3 4 5 YEARS SINCE CUTTING F'igure 3. Height growth of different kinds of oak reproduction after partial cutting in Illinois (Sander & Clark 1971). 20 1.0 1.0 AVERAGE AGC: 1955 YEARS 19 Balsam Fir z .(7) 4
RMRDA37E–. Fresh-water biology. Freshwater biology. THE OSTRACODA 827 116 Shell decidedly arched dorsally, much the highest in the middle (Fig, 1302 a). . Candona Candida O. F. Miiller 1785. Length 1.05 to 1.20 mm., height 0.60 mm. Second leg four or indistinctly five-segmented. Furca five times as long as average width, decidedly curved. Males uncom- mon. Shallow, temporary ponds and ditches; April and September. Massachusetts. Fig. 1302. Candona Candida, {a) Side view of female, X 2g; (6) Furca of female, X 75.. REFERENCES ON NORTH AMERICAN FRESH-WATER OSTRACODA Brady and Norman. 1889. A Monograph of
RMRGYNTJ–. Bulletin. Ethnology. 0 l i I. ' L. / SFT. Figure 9.—House E, Group No. 3 : a, Holes for main support posts ; c, fire pit; d, deflector ; e, probable ladder rest; h ven- tilator ; g, wall pockets opening off of alcove; li, subwall storage recess ; '%, storage boles in floor The rim around the opening into the antechamber was not one which had been built up bj^ the use of plaster but one worked out from the ground itself. It had an average width of 10 inches (25.4 cm.) and a height of 3 inches (7.62 cm.). House E of Group 3 had an irregular and curiously shaped pit. The main part of the subte
RMRFCNWA–. Uneven-aged silviculture and management in the United States : combined proceedings of two in-service workshops held in Morgantown, West Virginia, July 15-17, 1975, and in Redding, California, October 19-21, 1976. --. Forests and forestry United States Congresses; Forest management United States Congresses; Forests and forestry; Forest management. 2 3 4 5 YEARS SINCE CUTTING F'igure 3. Height growth of different kinds of oak reproduction after partial cutting in Illinois (Sander & Clark 1971). 20 1.0 1.0 AVERAGE AGC: 1955 YEARS 19 Balsam Fir z .(7) 4 6 HEIGHT 1955, FEET. Figure* 4. Relat
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 0.4-, 0.2- 0.0 June 10 Low tide 0.2m 10 30 40 0.4-] Inno 19 Low tide JUllc L n 1 m 0.2- A n n- A ^/276^ v 10 20 30 40 Shore -"-Position Figure 3. The fraction of the population found at each position along transects perpendicular to the shoreline, on a beach at low tide on several days. The vertical black bar marks the average position of the sea's edge at low tide. (The meter markers were not in the same location each day. the profile of the beach changes daily.) The vertical height of each low tide is given beside th Stock Photo](https://c8.alamy.com/comp/RHMBEH/the-biological-bulletin-biology-zoology-biology-marine-biology-04-02-00-june-10-low-tide-02m-10-30-40-04-inno-19-low-tide-jullc-l-n-1-m-02-a-n-n-a-276-v-10-20-30-40-shore-quot-position-figure-3-the-fraction-of-the-population-found-at-each-position-along-transects-perpendicular-to-the-shoreline-on-a-beach-at-low-tide-on-several-days-the-vertical-black-bar-marks-the-average-position-of-the-seas-edge-at-low-tide-the-meter-markers-were-not-in-the-same-location-each-day-the-profile-of-the-beach-changes-daily-the-vertical-height-of-each-low-tide-is-given-beside-th-RHMBEH.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 0.4-, 0.2- 0.0 June 10 Low tide 0.2m 10 30 40 0.4-] Inno 19 Low tide JUllc L n 1 m 0.2- A n n- A ^/276^ v 10 20 30 40 Shore -"-Position Figure 3. The fraction of the population found at each position along transects perpendicular to the shoreline, on a beach at low tide on several days. The vertical black bar marks the average position of the sea's edge at low tide. (The meter markers were not in the same location each day. the profile of the beach changes daily.) The vertical height of each low tide is given beside th Stock Photo")
RMRHMBEH–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 0.4-, 0.2- 0.0 June 10 Low tide 0.2m 10 30 40 0.4-] Inno 19 Low tide JUllc L n 1 m 0.2- A n n- A ^/276^ v 10 20 30 40 Shore -"-Position Figure 3. The fraction of the population found at each position along transects perpendicular to the shoreline, on a beach at low tide on several days. The vertical black bar marks the average position of the sea's edge at low tide. (The meter markers were not in the same location each day. the profile of the beach changes daily.) The vertical height of each low tide is given beside th
![. Boddington's quality bulbs, seeds and plants / Arthur T. Boddington.. Nursery Catalogue. BODDINGTONS <S^A^Cl£4/CV SEEDS 69. FIRST DIVISION EXTRA- EARLY PEAS. DWARF VA- RIETIES. 12 TO 25 INCHES, concinued American Wonder.* Early and productive; fine qualitv. " Height, I ft. Pt. 15 cts., qt. 30 cts , Kpk. $1, pk. $1.75, bus. ]J6. Oaisy (Carter's).* The vines, though growing only about 18 inches in height, are very stout, and generally bear a good crop of large, well-filled pods. The pods average 5 inches in length, containing seven to nine large peas of a light green color, which are t Stock Photo](https://c8.alamy.com/comp/RHGK6R/boddingtons-quality-bulbs-seeds-and-plants-arthur-t-boddington-nursery-catalogue-boddingtons-ltsacl4cv-seeds-69-first-division-extra-early-peas-dwarf-va-rieties-12-to-25-inches-concinued-american-wonder-early-and-productive-fine-qualitv-quot-height-i-ft-pt-15-cts-qt-30-cts-kpk-1-pk-175-bus-j6-oaisy-carters-the-vines-though-growing-only-about-18-inches-in-height-are-very-stout-and-generally-bear-a-good-crop-of-large-well-filled-pods-the-pods-average-5-inches-in-length-containing-seven-to-nine-large-peas-of-a-light-green-color-which-are-t-RHGK6R.jpg ". Boddington's quality bulbs, seeds and plants / Arthur T. Boddington.. Nursery Catalogue. BODDINGTONS <S^A^Cl£4/CV SEEDS 69. FIRST DIVISION EXTRA- EARLY PEAS. DWARF VA- RIETIES. 12 TO 25 INCHES, concinued American Wonder.* Early and productive; fine qualitv. " Height, I ft. Pt. 15 cts., qt. 30 cts , Kpk. $1, pk. $1.75, bus. ]J6. Oaisy (Carter's).* The vines, though growing only about 18 inches in height, are very stout, and generally bear a good crop of large, well-filled pods. The pods average 5 inches in length, containing seven to nine large peas of a light green color, which are t Stock Photo")
RMRHGK6R–. Boddington's quality bulbs, seeds and plants / Arthur T. Boddington.. Nursery Catalogue. BODDINGTONS <S^A^Cl£4/CV SEEDS 69. FIRST DIVISION EXTRA- EARLY PEAS. DWARF VA- RIETIES. 12 TO 25 INCHES, concinued American Wonder.* Early and productive; fine qualitv. " Height, I ft. Pt. 15 cts., qt. 30 cts , Kpk. $1, pk. $1.75, bus. ]J6. Oaisy (Carter's).* The vines, though growing only about 18 inches in height, are very stout, and generally bear a good crop of large, well-filled pods. The pods average 5 inches in length, containing seven to nine large peas of a light green color, which are t
RMRF42AC–. Dispersal of white spruce seed on Willow Island in interior Alaska. White spruce Propagation; White spruce Alaska. Table 3—Correlation coefficients and their p-values relating stand structural characteristics to filled seed production in 11 stands on Willow Island in 1987 Structural characteristic Correlation coefficient p-value Total basal area per hectare 0.30 0.37 White spruce basal area per hectare .09 .79 Number stems per hectare .00 .99 Average stem diameter .13 .69 Height of dominant white spruce -.06 .86 100- a i CO 1-N. i7Tota| (Q44) /Riled (381) E M L Season of dispersal. Please no
RMRFCM4A–. Dispersal of white spruce seed on Willow Island in interior Alaska. White spruce Propagation; White spruce Alaska. Table 3—Correlation coefficients and their p-values relating stand structural characteristics to filled seed production in 11 stands on Willow Island in 1987 Structural characteristic Correlation coefficient p-value Total basal area per hectare 0.30 0.37 White spruce basal area per hectare .09 .79 Number stems per hectare .00 .99 Average stem diameter .13 .69 Height of dominant white spruce -.06 .86 100- a i CO 1-N. i7Tota| (Q44) /Riled (381) E M L Season of dispersal. Please no
RMREH8F3–. Coastal hydraulic models. Hydraulic models. A > T = 2. 0 SEC ( y y i j^^y I 1 ° .-^'^ 1 y > T = 3. 0 SEC. INCIDENT WAVE HEIGHT H;, FT LEGEND INCIDENT WAVE HEIGHT Hj, FT TYPE FORCE -a PEAK O —O AVERAGE ONE-THIRD HIGHEST Figure 6-60. Forces on seaside o£ pile (d = 10 feet). Oak Harbor breakwater model (Davidson, 1971a). 432. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Hudson, Robert Y. Fort Belvoir, Va. : U. S. Co
RMRHKPC1–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 000 0.00 0.10 0.20 0.30 040 050 060 070 0.80 o.so - 0.20 - ooo. o.ooo o 010 0.020 0.030 0.040 Figure 6. The relation between average surge height (Havg) and the exchange parameter k. The linear regression (solid line) explains ap- proximately 51% of the variation in k: k = 0.036 x Havg + 0.002 (r: = 0.514), where Havg is measured in m. and k has the units s '. Figure 7. As the probability of gametes escaping from a surge channel increases, the equilibrium fraction of eggs fertilized decreases. The larger the volume of the s
RMRHAX25–. The botanical works of the late George Engelmann, collected for Henry Shaw, esq. Botany. ON PINUS ARISTATA, ETC. 329 tree, usually 30-50 feet high, though FeiuUer, a trees, of the height of 100-130 feet, on the San V other 5-leaved species. In Colorado it is a fine from the base, lower branches horizontal, upper ones ascending ; wood white, hard, annual rings from J to ^ line, on an average | line wide ; trees become in 250- 300 years about 1 foot thick. Leaves crowded towards the end of the very flexible branches, per- sistent 5 or 6 years, usually 1|-2|, very rarely 1 or 3 inches long ; sh
RMRF30JJ–. Uneven-aged silviculture and management in the United States : combined proceedings of two in-service workshops held in Morgantown, West Virginia, July 15-17, 1975, and in Redding, California, October 19-21, 1976. --. Forests and forestry United States Congresses; Forest management United States Congresses; Forests and forestry; Forest management. 2 3 4 5 YEARS SINCE CUTTING F'igure 3. Height growth of different kinds of oak reproduction after partial cutting in Illinois (Sander & Clark 1971). 20 1.0 1.0 AVERAGE AGC: 1955 YEARS 19 Balsam Fir z .(7) 4 6 HEIGHT 1955, FEET. Figure* 4. Relat
![. Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size Stock Photo](https://c8.alamy.com/comp/RF3PJA/development-over-25-years-of-douglas-fir-western-hemlock-and-western-redcedar-planted-at-various-spacings-on-a-very-good-site-in-british-columbia-douglas-fir-british-columbia-western-hemlock-british-columbia-western-redcedar-british-columbia-tree-planting-british-columbia-douglas-fir-western-hemlock-quotquot-western-redcedar-sitka-spruce-16-14-12-k-0-5-10-6-8-6-0-v-a-n-10-20-30-40-spacing-meters-figure-22average-dbh-and-height-of-douglas-fir-western-red-cedar-western-hemlock-and-sitka-spruce-at-age-20-by-spacing-in-nelder-plot-2-50-attained-size-RF3PJA.jpg ". Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size Stock Photo")
RMRF3PJA–. Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size
RMRFRCA5–. Carnegie Institution of Washington publication. 62 A BIOMETRIC STUDY OF BASAL METABOLISM IN MAN. For Oxford men, E. Schuster68 found the following correlations between height and weight, the latter unfortunately taken with the clothing except the boots: Age 18, AT = 129, Age 19, AT = 330, Age 20, N = 209, Age 21, IV = 137, Age 22, N= 95, r = 0.50 = 0.04 r = 0.63 ±0.02 r = 0.68 = 0.03 r = 0.76 = 0.02 r = 0.72 =0.03 General average... 0.66 For stature and body-weight in 2502 British convicts, weighed in trousers and shirt only, Goring69 finds: rwl= 0.555 =0.009 Again for height and weight in 5
RMRHDKJJ–. Bonner zoologische Monographien. Zoology. JAHN, BIRD COMMUNITIES OF THE ECUADORIAN CHOCO SP 'S es E eg WD eg u QJ 50 i 40 30 20 - 10 - 0 ? OC: trees ? ysF: palms 0 OC: palms ? ysF: trees ? magF: trees Z magF: palms. MNT1 MNT2 FIG. 15. Average maximum height of the tallest trees (MNT1: n = 311; MNT2: n = 421) and palms (MNT1: n = 54; MNT2: n = 109) with a DBH >10 cm in the seven 25 x 25-m plots per main habitat type and transect; with standard deviation. Abbreviations used: see Table 6. Note: statistical tests described in the text and summarized in Table 7 refer to the combined number of
RMRGF2TB–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. BASCH : FRESHWATER LIMPET SNAILS 423 0 78 mm. 2 75 mm. 1.65 to 3.94 1 58 mm. 0.89 to 2.03 1 .51 .380 S. D., length Average widtli Range, width i.6o to 3.'J4 mm. Average heiglit Range, height 0.89 to 2.03 mm. Average L/W Average H/L Distribution: Living animals oeeur in large numbers in canals in Dade County, Florida. Specimens have been sent to me from canals near Tamiami Trail (U. S. Highway 41) at Palmetto Bypass and from i/o mile west of Coopertown. I have collected a few specimens from a roadside ditch on Sapelo I
![. Bulletin. Agriculture. 432 Y. Yjiiiiiiuo. FLAX. Height, cin. May 24, average. Straw air dry. grains. Seeds air dry, g;rams.. 79.S 76.5 80.8 66.3 71.8 69.5 6.0 6.3 7-9 5-3 4.8 4.7 3.6 4-1 3-0 2.8 2.9 These results leave no doubt that aluminium salts can exert in modtratc doses a stimulating" influence upon plant development.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Tokyo Daigaku. Nogakubu. Tokyo Stock Photo](https://c8.alamy.com/comp/RH1AFY/bulletin-agriculture-432-y-yjiiiiiiuo-flax-height-cin-may-24-average-straw-air-dry-grains-seeds-air-dry-grams-79s-765-808-663-718-695-60-63-7-9-5-3-48-47-36-4-1-3-0-28-29-these-results-leave-no-doubt-that-aluminium-salts-can-exert-in-modtratc-doses-a-stimulatingquot-influence-upon-plant-development-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-tokyo-daigaku-nogakubu-tokyo-RH1AFY.jpg ". Bulletin. Agriculture. 432 Y. Yjiiiiiiuo. FLAX. Height, cin. May 24, average. Straw air dry. grains. Seeds air dry, g;rams.. 79.S 76.5 80.8 66.3 71.8 69.5 6.0 6.3 7-9 5-3 4.8 4.7 3.6 4-1 3-0 2.8 2.9 These results leave no doubt that aluminium salts can exert in modtratc doses a stimulating" influence upon plant development.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Tokyo Daigaku. Nogakubu. Tokyo Stock Photo")
RMRH1AFY–. Bulletin. Agriculture. 432 Y. Yjiiiiiiuo. FLAX. Height, cin. May 24, average. Straw air dry. grains. Seeds air dry, g;rams.. 79.S 76.5 80.8 66.3 71.8 69.5 6.0 6.3 7-9 5-3 4.8 4.7 3.6 4-1 3-0 2.8 2.9 These results leave no doubt that aluminium salts can exert in modtratc doses a stimulating" influence upon plant development.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Tokyo Daigaku. Nogakubu. Tokyo
RMRHKPC7–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FERTILIZATION IN SURGE CHANNELS 227 08 0.7 0.6 0.5 E0.4 0.3 0.2 0.1 0.0 0.00 0.10 0.20 0.30 0.40 0.50 0.60 0.70 „ (m) 0.80 Figure 5. The relation between average surge height (Havg) and the dimensionless mixing parameter, m. The linear regression (solid line) explains approximately 17% of the variation in m: m = 0.424 X Havg + 0.094 (r = 0.173), where Havg is measured in m. complex process. Our data indicate that the probability per time that a small, inanimate, neutrally buoyant particle will escape from a surge channel is
RMRHK69Y–. Biology and human life. Biology. MATERIALS FROM PLANTS AND ANIMALS 423 In ^Weitrht{???y^?^^t>y^i^j;^^^^x:;^^:â ^a fifi;^ In AVeight ^J^^^^^^^^^^^^^^^i^^^^^^^^^^^^i^^ in*'^ In 2 In Height t^^^â ;^;:^V^^j;j^JxC^^j-^jl^T^(k; Height i^^^;^^J^^^^^J^?^^^J=J^^J^f^^^^^^>^^ Chest Measure Ltmg Capacity 3 Chest I 1 J Lung t^^k^..^>^j^^x^<^^:^^^ ^^ Capacity^^^^jj^^j^^^^^^^^^^i^^y^^ .0% Fig. 173. Relation of smoking to physical growth The first column shows the average advantage of non-smokers (indicated by white space) over occasional smokers (indicated by shaded space). The second column sh
RMRFBPCY–. Seasonal height growth of upper-slope conifers. Conifers; Trees Growth. 21 23 25 27 29 31 33 35 37 39 41 MAY JUNE JULY AUGUST SEPTEMBER OCTOBER WEEKS FROM JANUARY 1, 1963 40 - o 30 LODGEPOLE PINE ( 10 frees ) MOUNTAIN HEMLOCK ( 11 frees ) DOUGLAS-FIR ( 13 trees) .1 i WESTERN HEMLOCK ( 11 trees ). 21 23 25 27 29 31 33 35 37 39 41 MAY JUNE JULY AUGUST SEPTEMBER OCTOBER WEEKS FROM JANUARY 1, 1964 Figure 1. --Average cumulative height growth of coniferous tree species near Government Camp, Oreg. , in 1963 and 1964. Differences among species were significant at the 1-percent level. 4. Please no
![. Characteristics of reef breakwaters. Breakwaters; Ocean waves; Water waves. SUBSET 5 APPROXIMATE THRESHOLD OF STONE MOVEMENT SUBSET Bn 1 337 3 450 5 631 7 222 9 222. SPECTRAL STABILITY NUMBER, N Figure 9. Damage trends of the relative crest height as a function of the spectral stability number for the stability subsets 1, 3, 5, 7, and 9 Table 4 Average Values of Secondary Stability Variables by Subset Subset No. 1 3 5 7 9 Relative Crest Height "as Built" h'/d c s 0.99 1.18 1.41 1.27 1.06 Reef Size B * n 337 450 631 222 222 Eftective Reef Slope "as Built" c'** 1 .90 1 80 1 Stock Photo](https://c8.alamy.com/comp/RJCW5E/characteristics-of-reef-breakwaters-breakwaters-ocean-waves-water-waves-subset-5-approximate-threshold-of-stone-movement-subset-bn-1-337-3-450-5-631-7-222-9-222-spectral-stability-number-n-figure-9-damage-trends-of-the-relative-crest-height-as-a-function-of-the-spectral-stability-number-for-the-stability-subsets-1-3-5-7-and-9-table-4-average-values-of-secondary-stability-variables-by-subset-subset-no-1-3-5-7-9-relative-crest-height-quotas-builtquot-hd-c-s-099-118-141-127-106-reef-size-b-n-337-450-631-222-222-eftective-reef-slope-quotas-builtquot-c-1-90-1-80-1-RJCW5E.jpg ". Characteristics of reef breakwaters. Breakwaters; Ocean waves; Water waves. SUBSET 5 APPROXIMATE THRESHOLD OF STONE MOVEMENT SUBSET Bn 1 337 3 450 5 631 7 222 9 222. SPECTRAL STABILITY NUMBER, N Figure 9. Damage trends of the relative crest height as a function of the spectral stability number for the stability subsets 1, 3, 5, 7, and 9 Table 4 Average Values of Secondary Stability Variables by Subset Subset No. 1 3 5 7 9 Relative Crest Height "as Built" h'/d c s 0.99 1.18 1.41 1.27 1.06 Reef Size B * n 337 450 631 222 222 Eftective Reef Slope "as Built" c'** 1 .90 1 80 1 Stock Photo")
RMRJCW5E–. Characteristics of reef breakwaters. Breakwaters; Ocean waves; Water waves. SUBSET 5 APPROXIMATE THRESHOLD OF STONE MOVEMENT SUBSET Bn 1 337 3 450 5 631 7 222 9 222. SPECTRAL STABILITY NUMBER, N Figure 9. Damage trends of the relative crest height as a function of the spectral stability number for the stability subsets 1, 3, 5, 7, and 9 Table 4 Average Values of Secondary Stability Variables by Subset Subset No. 1 3 5 7 9 Relative Crest Height "as Built" h'/d c s 0.99 1.18 1.41 1.27 1.06 Reef Size B * n 337 450 631 222 222 Eftective Reef Slope "as Built" c'** 1 .90 1 80 1
![. Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size Stock Photo](https://c8.alamy.com/comp/RFCK75/development-over-25-years-of-douglas-fir-western-hemlock-and-western-redcedar-planted-at-various-spacings-on-a-very-good-site-in-british-columbia-douglas-fir-british-columbia-western-hemlock-british-columbia-western-redcedar-british-columbia-tree-planting-british-columbia-douglas-fir-western-hemlock-quotquot-western-redcedar-sitka-spruce-16-14-12-k-0-5-10-6-8-6-0-v-a-n-10-20-30-40-spacing-meters-figure-22average-dbh-and-height-of-douglas-fir-western-red-cedar-western-hemlock-and-sitka-spruce-at-age-20-by-spacing-in-nelder-plot-2-50-attained-size-RFCK75.jpg ". Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size Stock Photo")
RMRFCK75–. Development over 25 years of Douglas-fir, western hemlock, and western redcedar planted at various spacings on a very good site in British Columbia. Douglas fir British Columbia; Western hemlock British Columbia; Western redcedar British Columbia; Tree planting British Columbia. Douglas-fir ' Western hemlock "" Western redcedar Sitka spruce 16 14 » 12 k. 0) 5 10 6 8 6 0 / . / v A N. 1.0 2.0 3.0 4.0 Spacing (meters) Figure 22—Average d.b.h. and height of Douglas-fir, western red- cedar, western hemlock, and Sitka spruce at age 20, by spacing, in Nelder-plot 2. 5.0 Attained size
RMRF3R79–. Seasonal height growth of upper-slope conifers. Conifers; Trees Growth. 21 23 25 27 29 31 33 35 37 39 41 MAY JUNE JULY AUGUST SEPTEMBER OCTOBER WEEKS FROM JANUARY 1, 1963 40 - o 30 LODGEPOLE PINE ( 10 frees ) MOUNTAIN HEMLOCK ( 11 frees ) DOUGLAS-FIR ( 13 trees) .1 i WESTERN HEMLOCK ( 11 trees ). 21 23 25 27 29 31 33 35 37 39 41 MAY JUNE JULY AUGUST SEPTEMBER OCTOBER WEEKS FROM JANUARY 1, 1964 Figure 1. --Average cumulative height growth of coniferous tree species near Government Camp, Oreg. , in 1963 and 1964. Differences among species were significant at the 1-percent level. 4. Please no
RMRFRX9K–. The Caribbean forester. Forests and forestry Caribbean Area Periodicals; Forests and forestry Tropics Periodicals. 122 Caribbean Forester. Fig. 3.—A 21-year-old stand of maria after being thinned to a basal area of 80 sq. ft. per acre. Plantation grotving on a concave slope in the Ma- ricao highlands. Table 4.—Average annual growth of maria at Guajataca Site Locations ' Average Age D.B.H. Growrth Height Growth Ave. Max. Ave. Max. No. Years Inches Inches Feet Feet Hilltops f 8 6 0.36 0.43 1.6 2.2 Lower slopes 1 9 0.28 2.8 Sinkhole bottoms 2 6 0.43 0.56 2.9 3.9 Plantation development on a rock
![. Beach profile changes - east coast of Lake Michigan, 1970-72. Beach erosion; Coast changes. Bluff Erosion 1970-72 (feet) Beach Width 1970-72 (feet) ice on Beach Breather Height 1972 (feet) 50 25 50 25 0.5 0 Wind > 20 mph 20 1960-70 (days) Water Level 1971 (feet) Figure 27, 10 580 0 579 578 Water 580 Level (feet) 578 Yes Yes Yes No No No No No No No No No Average for three or fewer sites. Jon Feb Mar Apr May June July Aug Sept Oct Nov Months Dec Mean monthly values of Lake Michigan environmental variables (wind data from Seibel, 1972]. 56. Please note that these images are extracted from s Stock Photo](https://c8.alamy.com/comp/RT0HCK/beach-profile-changes-east-coast-of-lake-michigan-1970-72-beach-erosion-coast-changes-bluff-erosion-1970-72-feet-beach-width-1970-72-feet-ice-on-beach-breather-height-1972-feet-50-25-50-25-05-0-wind-gt-20-mph-20-1960-70-days-water-level-1971-feet-figure-27-10-580-0-579-578-water-580-level-feet-578-yes-yes-yes-no-no-no-no-no-no-no-no-no-average-for-three-or-fewer-sites-jon-feb-mar-apr-may-june-july-aug-sept-oct-nov-months-dec-mean-monthly-values-of-lake-michigan-environmental-variables-wind-data-from-seibel-1972-56-please-note-that-these-images-are-extracted-from-s-RT0HCK.jpg ". Beach profile changes - east coast of Lake Michigan, 1970-72. Beach erosion; Coast changes. Bluff Erosion 1970-72 (feet) Beach Width 1970-72 (feet) ice on Beach Breather Height 1972 (feet) 50 25 50 25 0.5 0 Wind > 20 mph 20 1960-70 (days) Water Level 1971 (feet) Figure 27, 10 580 0 579 578 Water 580 Level (feet) 578 Yes Yes Yes No No No No No No No No No Average for three or fewer sites. Jon Feb Mar Apr May June July Aug Sept Oct Nov Months Dec Mean monthly values of Lake Michigan environmental variables (wind data from Seibel, 1972]. 56. Please note that these images are extracted from s Stock Photo")
RMRT0HCK–. Beach profile changes - east coast of Lake Michigan, 1970-72. Beach erosion; Coast changes. Bluff Erosion 1970-72 (feet) Beach Width 1970-72 (feet) ice on Beach Breather Height 1972 (feet) 50 25 50 25 0.5 0 Wind > 20 mph 20 1960-70 (days) Water Level 1971 (feet) Figure 27, 10 580 0 579 578 Water 580 Level (feet) 578 Yes Yes Yes No No No No No No No No No Average for three or fewer sites. Jon Feb Mar Apr May June July Aug Sept Oct Nov Months Dec Mean monthly values of Lake Michigan environmental variables (wind data from Seibel, 1972]. 56. Please note that these images are extracted from s
![. Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note Stock Photo](https://c8.alamy.com/comp/RFCMX0/differential-effects-of-the-1944-56-spruce-budworm-outbreak-in-eastern-oregon-spruce-budworm-oregon-trees-diseases-and-pests-oregon-case-history-v-grand-fir-0-i-i-l-i-i-1935-1940-1945-1950-1955-1958-1960-30-20-grand-fir-dead-stem-dieback-engelmann-spruce-quot-i-l-1-1-i-i-i-i-10-lt-douglas-fir-0-1-1-1-1-1-1-i-i-i-1941-1942-1944-1946-1948-1950-1952-1954-1956-1958-figure-5-average-annual-height-and-radial-increment-comparisons-of-adjacent-heavily-damaged-grand-fir-a-moderately-damaged-engelmann-spruce-and-a-lightly-damaged-douglas-fir-tree-please-note-RFCMX0.jpg ". Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note Stock Photo")
RMRFCMX0–. Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note
RMREH8ED–. Coastal hydraulic models. Hydraulic models. 1 1 1 i / / V /J // // 1 / / / /// it T = 2 0 SEC. âi x-' / o n r^ /I ^ / / / / i ^T x^D ^ 1 f â / / °/ / / / J / / 0 . â r^ T = 3. 0 SEC 0 r ^' < y' / c r â -'^ 0 I 1 0 T = 3. 5 SEC INCIDENT WAVE HEIGHT Hj, FT LEGEND TVPE FORCE INCIDENT WAVE HEIGHT H-, FT Oââa PEAK Oâ âO AVERAGE ONE-THIRD HIGHEST Figure 6-63, Forces on harborside of pile (d = 29.5 feet). Oak Harbor breakwater model (Davidson, 1971a). 435. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and
RMRJM8RJ–. Beach changes at Atlantic City, New Jersey (1962-73). Beach erosion; Coast changes. 1.25 1.00 0.75 050 0.25 Avg Wove Period. - 10 Avg. Srgnif icon! Wove Height — Avg Period: 818 s — Avg Significonl Height: 0.81 m - 6 — — a. - 2 1 1 1 1 1 1 1 Jon Feb. Mor. Apr. Moy June July 1965-67 1964- 67 1965- 67 1964; 1966- 67 1964- 67 J L Aug. Sept. 1964-65; 1967 Oct. Nov. Dec. 1964-67 Figure 14. Average significant wave height and average wave period by month from April 1964 to December 1967. 10 2 -. Please note that these images are extracted from scanned page images that may have been digitally enhan
![. Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr Stock Photo](https://c8.alamy.com/comp/RFGFWX/sarcoxie-nurseries-issued-august-1899-sarcoxie-nurseries-issued-august-1899-james-b-wild-amp-bros-nurseries-sarcoxie-mo-100000-apple-trees-in-assortment-ni8httthu8rshtasd-ft10-page-uot-less-than-10-cf-a-sort-and-grade-will-be-fur-ris-uaiiper-measurements-average-aout-ne-eighth-of-an-inch-per-given-foot-in-height-ligij-e-u-est-in-ligh-iza-strictly-2-yrs-old-usually-4-fo-g-ft-urd-ze-quot-4-t-igt-quot-lii-tie-if-any-branched-4-to-6-a-quot-8-toiquot-quot-2-to-3quot-ltizo-strictly-1-year-old-quot-2la-to-3-quot-lr-RFGFWX.jpg ". Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr Stock Photo")
RMRFGFWX–. Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr
![. Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr Stock Photo](https://c8.alamy.com/comp/RF7X4P/sarcoxie-nurseries-issued-august-1899-sarcoxie-nurseries-issued-august-1899-james-b-wild-amp-bros-nurseries-sarcoxie-mo-100000-apple-trees-in-assortment-ni8httthu8rshtasd-ft10-page-uot-less-than-10-cf-a-sort-and-grade-will-be-fur-ris-uaiiper-measurements-average-aout-ne-eighth-of-an-inch-per-given-foot-in-height-ligij-e-u-est-in-ligh-iza-strictly-2-yrs-old-usually-4-fo-g-ft-urd-ze-quot-4-t-igt-quot-lii-tie-if-any-branched-4-to-6-a-quot-8-toiquot-quot-2-to-3quot-ltizo-strictly-1-year-old-quot-2la-to-3-quot-lr-RF7X4P.jpg ". Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr Stock Photo")
RMRF7X4P–. Sarcoxie Nurseries : issued August 1899. Sarcoxie Nurseries : issued August 1899. James B. Wild & Bros. Nurseries, Sarcoxie, Mo.. 100,000 Apple Trees in Assortment. ni8h^ttth??U8rS^h?,taSd ft1**}0* Page uot less than 10 c,f a sort and grade will be fur- .ris.-Uaiiper measurements average ao.ut ..ne-eighth of an inch per given foot in height. Ligij E u Est in Ligh ?iza, strictly 2 yrs. old usually 4^ fo G ft. urd ^ze ' " 4 t i> â ⢠â¢' " lii tie if any branched 4 to 6 ' a '* " â¢' 8 toi" . : " 2 to 3" <izo, strictly 1 year old " 2lA to 3 " Lr
RMRJKW4H–. Beach changes at Atlantic City, New Jersey (1962-73). Beach erosion; Coast changes. - 10 Avg. Srgnif icon! Wove Height — Avg Period: 818 s — Avg Significonl Height: 0.81 m - 6 — — a. - 2 1 1 1 1 1 1 1 Jon Feb. Mor. Apr. Moy June July 1965-67 1964- 67 1965- 67 1964; 1966- 67 1964- 67 J L Aug. Sept. 1964-65; 1967 Oct. Nov. Dec. 1964-67 Figure 14. Average significant wave height and average wave period by month from April 1964 to December 1967. 10 2 -. Missing Data 1964 1965 1967 Jon. Feb. Mor. Apr. Moy June July Aug. Sept. Oct. Nov. Dec. Figure 15. Means of wave periods for Atlantic City; dete
![. Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note Stock Photo](https://c8.alamy.com/comp/RF3RD1/differential-effects-of-the-1944-56-spruce-budworm-outbreak-in-eastern-oregon-spruce-budworm-oregon-trees-diseases-and-pests-oregon-case-history-v-grand-fir-0-i-i-l-i-i-1935-1940-1945-1950-1955-1958-1960-30-20-grand-fir-dead-stem-dieback-engelmann-spruce-quot-i-l-1-1-i-i-i-i-10-lt-douglas-fir-0-1-1-1-1-1-1-i-i-i-1941-1942-1944-1946-1948-1950-1952-1954-1956-1958-figure-5-average-annual-height-and-radial-increment-comparisons-of-adjacent-heavily-damaged-grand-fir-a-moderately-damaged-engelmann-spruce-and-a-lightly-damaged-douglas-fir-tree-please-note-RF3RD1.jpg ". Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note Stock Photo")
RMRF3RD1–. Differential effects of the 1944-56 spruce budworm outbreak in eastern Oregon. Spruce budworm Oregon; Trees Diseases and pests Oregon. CASE HISTORY V / .GRAND FIR. 0 | | i i l i i 1935 1940 1945 1950 1955 1958 1960 3.0 2.0 ,'' GRAND FIR DEAD STEM ( Dieback ) / ENGELMANN SPRUCE ^-"^ i l 1 1 I I i I 1.0 < DOUGLAS-FIR 0 1 1 1 1 1 1 i i i 1941 1942 1944 1946 1948 1950 1952 1954 1956 1958 Figure 5.--Average annual height and radial increment comparisons of adjacent heavily damaged grand fir, a moderately damaged Engelmann spruce, and a lightly damaged Douglas-fir tree.. Please note
![. Bulletin of the Imperial Agricultural Experiment Station in Japan. Agricultural experiment stations. I3.S G. Daikiillsli'ii. Kin;is of manure. 3) Limestone ... 4) Limestone+ X Xa..,S04.icH. ,0.)l A). Without general manure. Bl. With general manure. Height of plants. I "fieight of plants. of each pot. cm. II.I 11.4 1.15 8.1 average. | of each pot. average, cm. cm. J cm. 9.6 51.0 5--5 49-5 46.5 5^-5 5; I 51.0 49 7 Soil No. HI. Kinds of manure. 1) No special manuie j A). Without general manure. I B). With general manure. 2) MgSO^jH.O 3j Magnesite .. Height of plants. Height of plants. 4) M Stock Photo](https://c8.alamy.com/comp/RGGKMG/bulletin-of-the-imperial-agricultural-experiment-station-in-japan-agricultural-experiment-stations-i3s-g-daikiillsliii-kinis-of-manure-3-limestone-4-limestone-x-xas04ich-0l-a-without-general-manure-bl-with-general-manure-height-of-plants-i-quotfieight-of-plants-of-each-pot-cm-iii-114-115-81-average-of-each-pot-average-cm-cm-j-cm-96-510-5-5-49-5-465-5-5-5-i-510-49-7-soil-no-hi-kinds-of-manure-1-no-special-manuie-j-a-without-general-manure-i-b-with-general-manure-2-mgsojho-3j-magnesite-height-of-plants-height-of-plants-4-m-RGGKMG.jpg ". Bulletin of the Imperial Agricultural Experiment Station in Japan. Agricultural experiment stations. I3.S G. Daikiillsli'ii. Kin;is of manure. 3) Limestone ... 4) Limestone+ X Xa..,S04.icH. ,0.)l A). Without general manure. Bl. With general manure. Height of plants. I "fieight of plants. of each pot. cm. II.I 11.4 1.15 8.1 average. | of each pot. average, cm. cm. J cm. 9.6 51.0 5--5 49-5 46.5 5^-5 5; I 51.0 49 7 Soil No. HI. Kinds of manure. 1) No special manuie j A). Without general manure. I B). With general manure. 2) MgSO^jH.O 3j Magnesite .. Height of plants. Height of plants. 4) M Stock Photo")
RMRGGKMG–. Bulletin of the Imperial Agricultural Experiment Station in Japan. Agricultural experiment stations. I3.S G. Daikiillsli'ii. Kin;is of manure. 3) Limestone ... 4) Limestone+ X Xa..,S04.icH. ,0.)l A). Without general manure. Bl. With general manure. Height of plants. I "fieight of plants. of each pot. cm. II.I 11.4 1.15 8.1 average. | of each pot. average, cm. cm. J cm. 9.6 51.0 5--5 49-5 46.5 5^-5 5; I 51.0 49 7 Soil No. HI. Kinds of manure. 1) No special manuie j A). Without general manure. I B). With general manure. 2) MgSO^jH.O 3j Magnesite .. Height of plants. Height of plants. 4) M
RMRF3R63–. Pruning of ponderosa pine : effect on growth. Ponderosa pine Pruning; Ponderosa pine Growth. Figure 4.--Diameter growth when various lengths of ponderosa pine crowns are removed. Table 3.--Average annual height growth after pruning of ponderosa pine trees by pruning treatment and growth periods Proportion of live-crown length removed 1941- 1946- 51±' 1951 -57 1941 -57 Feet 11 Percent-;' Feet Percent Feet Percent Feet Percent 0 1.172 100 1. 336 100 1. 228 100 1.244 100 1/4 1.101 94 1.348 101 1.245 101 1.233 99 1/2 1.101 94 1. 221 91 1.217 99 1.182 95 3/4 1.061 91 1. 205 90 1.097 89 1.119 90 —
RMRF426Y–. Growth of ponderosa pine poles thinned to different stocking levels in central Oregon. Ponderosa pine Oregon; Ponderosa pine Oregon Spacing. Table 1—Average stand characteristics per acre for each growing-stock level in an even-aged ponderosa pine stand on an above-average site in central Oregon Volume Growing-stock Basal level Total D.b.h. V Height area Total 2/ Merchantable 3/ Number Square of Square feet/acre trees Inches Feet feet/acre Cubic feet Board feet TREES CUT IN INITIAL THINNING 30 925 6.4 50 209.5 4,482 60 1,032 5.7 42 181.8 3,546 80 915 5.7 42 160.9 2,731 100 1,015 5.3 39 154.5
![. Collected reprints / Atlantic Oceanographic and Meteorological Laboratories [and] Pacific Oceanographic Laboratories. Oceanography Periodicals.. 306 I O V R N A L O V 1* IIVS1CAL O C E A N O G K A PHY Volume 5 X-D1STANCE (KM) X- DISTANCE (KM) 400 «2f 440 450 4sr> 1 I buoy SYN'30L 2880 - 13/0030 „r"°° 1 „ cPo° °° 2 o • 2860 2940 o o ^•*" 13/2130 * E X AVERAGE u V, D VECTOR trf 3£3 m/sec , 1 . i . 1 o —I A 2820 1 , 1 1 TIME 13/0530 13/2130. Fig. 7. As in Tig. 0 except for leg 2. differed by about 5 m from the height of the buoys. Assuming a logarithmic velocity profile one finds Stock Photo](https://c8.alamy.com/comp/REGTWT/collected-reprints-atlantic-oceanographic-and-meteorological-laboratories-and-pacific-oceanographic-laboratories-oceanography-periodicals-306-i-o-v-r-n-a-l-o-v-1-iivs1cal-o-c-e-a-n-o-g-k-a-phy-volume-5-x-d1stance-km-x-distance-km-400-2f-440-450-4srgt-1-i-buoy-syn30l-2880-130030-rquot-1-cpo-2-o-2860-2940-o-o-quot-132130-e-x-average-u-v-d-vector-trf-33-msec-1-i-1-o-i-a-2820-1-1-1-time-130530-132130-fig-7-as-in-tig-0-except-for-leg-2-differed-by-about-5-m-from-the-height-of-the-buoys-assuming-a-logarithmic-velocity-profile-one-finds-REGTWT.jpg ". Collected reprints / Atlantic Oceanographic and Meteorological Laboratories [and] Pacific Oceanographic Laboratories. Oceanography Periodicals.. 306 I O V R N A L O V 1* IIVS1CAL O C E A N O G K A PHY Volume 5 X-D1STANCE (KM) X- DISTANCE (KM) 400 «2f 440 450 4sr> 1 I buoy SYN'30L 2880 - 13/0030 „r"°° 1 „ cPo° °° 2 o • 2860 2940 o o ^•*" 13/2130 * E X AVERAGE u V, D VECTOR trf 3£3 m/sec , 1 . i . 1 o —I A 2820 1 , 1 1 TIME 13/0530 13/2130. Fig. 7. As in Tig. 0 except for leg 2. differed by about 5 m from the height of the buoys. Assuming a logarithmic velocity profile one finds Stock Photo")
RMREGTWT–. Collected reprints / Atlantic Oceanographic and Meteorological Laboratories [and] Pacific Oceanographic Laboratories. Oceanography Periodicals.. 306 I O V R N A L O V 1* IIVS1CAL O C E A N O G K A PHY Volume 5 X-D1STANCE (KM) X- DISTANCE (KM) 400 «2f 440 450 4sr> 1 I buoy SYN'30L 2880 - 13/0030 „r"°° 1 „ cPo° °° 2 o • 2860 2940 o o ^•*" 13/2130 * E X AVERAGE u V, D VECTOR trf 3£3 m/sec , 1 . i . 1 o —I A 2820 1 , 1 1 TIME 13/0530 13/2130. Fig. 7. As in Tig. 0 except for leg 2. differed by about 5 m from the height of the buoys. Assuming a logarithmic velocity profile one finds
RMRFCM0K–. Growth of ponderosa pine poles thinned to different stocking levels in central Oregon. Ponderosa pine Oregon; Ponderosa pine Oregon Spacing. Table 1—Average stand characteristics per acre for each growing-stock level in an even-aged ponderosa pine stand on an above-average site in central Oregon Volume Growing-stock Basal level Total D.b.h. V Height area Total 2/ Merchantable 3/ Number Square of Square feet/acre trees Inches Feet feet/acre Cubic feet Board feet TREES CUT IN INITIAL THINNING 30 925 6.4 50 209.5 4,482 60 1,032 5.7 42 181.8 3,546 80 915 5.7 42 160.9 2,731 100 1,015 5.3 39 154.5
RMREA0JP–. A continuous stirred tank reactor (CSTR) system for exposing plants to gaseous air contaminants : principles, specifications, construction, and operation. Air, Pollution, United States; Plants, Effect of air pollution on; Plants, Effect of gases on. Table 1.—Ozone distribution within chambers, greenhouse CSTR system^ Sampling height^ (cm) Ozone concentration^ (/il/lXlO 2) Positions 1-4 (average) Position 5 Mean 0.5 33 66 99 81.4±0.2 79.4±0.4 77.4±0.4 77.5+0.2 79.5 78.0 76.5 78.6 81.0±0.4 79.1±0.4 77.3±0.3 77.7±0.4 Mean 78.9±0.5 78.2±0.7 78.8±0.4 1 Chamber 5 (center chamber) was used to test
RMRH1W0M–. Bulletin. Forests and forestry -- United States. BATE OF GROWTH OF SHORTLEAF PINE. Table IV.—Bate uf growth of Sliorthaf Fine. 101 Diameter with barli (bre.ist high). Length of log with up- per iliiim- eter of 5 inches. Total lieightof tree. Volume. Periodical growth by decades. Average annual accretion. Age. Tree. Log up to 5 inclies diam- eter. Decade. Diam- eter. Height. Area of cross section. Volume. Current accrctiou. 10 Inches. 3.0 5.2 7.4 9.3 11.0 12.7 14.5 16.0 IS. 5 17.0 Feet. Feet. 11 27 41 51 60 67 71 75 78 81 Oil. ft. 0.32 2.21 7.55 14.06 22.18 31.97 43.96 56. 54 62.53 07.68 Oil.
RMRFBPBY–. Pruning of ponderosa pine : effect on growth. Ponderosa pine Pruning; Ponderosa pine Growth. Figure 4.--Diameter growth when various lengths of ponderosa pine crowns are removed. Table 3.--Average annual height growth after pruning of ponderosa pine trees by pruning treatment and growth periods Proportion of live-crown length removed 1941- 1946- 51±' 1951 -57 1941 -57 Feet 11 Percent-;' Feet Percent Feet Percent Feet Percent 0 1.172 100 1. 336 100 1. 228 100 1.244 100 1/4 1.101 94 1.348 101 1.245 101 1.233 99 1/2 1.101 94 1. 221 91 1.217 99 1.182 95 3/4 1.061 91 1. 205 90 1.097 89 1.119 90 —
RMREFHJ9–. Comparative anatomy of the vegetative organs of the phanerogams and ferns. Plant anatomy; Phanerogams; Ferns. H CELLULAR TISSUE. to touch. The rods may be as high as the epidermal cells (Strelitzia, Internodes of Saccharum, «fcc.) or in most cases much higher,—the longest, especially those observed on the nodes of Saccharum, attain a height of more than loo/i and 150/x. Their height is however very unequal. Their thickness reaches usually on the average about j/jl, but in the largest often three or four times as much. Their form is cylindrical, or, in the case of the thickest, more or less a
RMRC8T88–. Ely's catalogue of flower seeds. Flowers Seeds Catalogs; Gardening Equipment and supplies Catalogs; Commercial catalogs Pennsylvania Philadelphia. TUBEROUS-ROOTED BEGONIAS. BALSAM- BEGONIAS. HhA. (Impatiens. Lady's Slipper, Touch-Me-Xot, etc.) Perhaps no annual in cultivation is so easy to grow, or gives so many and such fine flowers for so little care. The plants usually average about two feet in height, but transplanting two or three times seems to dwarf them and make the flowers more double. Some of them are as perfect as Camellias in form, and they have a ^vide range of brilliant and del
RMRC8T89–. Ely's catalogue of flower seeds. Flowers Seeds Catalogs; Gardening Equipment and supplies Catalogs; Commercial catalogs Pennsylvania Philadelphia. TUBEROUS-ROOTED BEGONIAS. BALSAM- BEGONIAS. HhA. (Impatiens. Lady's Slipper, Touch-Me-Xot, etc.) Perhaps no annual in cultivation is so easy to grow, or gives so many and such fine flowers for so little care. The plants usually average about two feet in height, but transplanting two or three times seems to dwarf them and make the flowers more double. Some of them are as perfect as Camellias in form, and they have a ^vide range of brilliant and del
RMRCRFA4–. The Devonian of Missouri. Geology; Geology, Stratigraphic; Paleontologie; Devoon. 48 THE DEVONIAN OF MISSOURI. COELENTERATA Class ANTHOZOA Subclass Tetracoralla Family Zaphrentidae Genus Streptelasma Hall Streplelasma cooperensis n. sp. Plate. 1, figures 6- and 7 Corallum simple, conical, slightly curved, pointed at the base Epitheca com- plete, showing longitudinal septal furrows. Largest specimen collected 8 cm. long, 34 mm. wide at the top: average size about 6 cm. long. Calyx with steep walls, depth about half the height of the corallum. Septae rather poorly developed in the calyx but we
RMRC98YG–. Ely's catalogue of flower seeds. Flowers Seeds Catalogs; Gardening Equipment and supplies Catalogs; Commercial catalogs Pennsylvania Philadelphia. i6 Z. Deforest Ely & Co. DIANTHUS. HB*. (Garden Pink. ) Some of our prettiest and most fragrant Mowers are comprised iu this genus. Dwarf varieties are only a few inches tail, but other sorts average about one foot in height. Some seeds- men classify Dianthus as annual, biennial and per- ennial, but gardeners who treat them all as hardy bi- ennials will be most successful. Chinese and Japa- nese varieties bloom the first year from seed, and ma
RMRCWDA0–. Descriptive catalogue of ornamental trees, evergreens, shrubs, roses, etc.. Nursery stock California Catalogs; Ornamental trees California Catalogs; Evergreens California Catalogs; Shrubs California Catalogs; Roses California Catalogs. 22 CALIFORNIA NURSERY CO.. The plants offered below are extra strong, have been grown entirely in the open ground, average in height from eighteen inches to three feet, and can be shipped in a dormant state from November to March. They require no nursing, like the small plants grown under glass in three months' time, and sold at low rates. Varieties marked wit
![. Directional wave measurement and analysis / by Ronald J. Lai and Robert J. Bachman. Water waves. CALCULATE AND APPLY JACOBIAN TRANSFORMATIONS TO ENERGY DENSITIES AND WAVE FREQUENCIES CALCULATE SIGNIFICANT WAVE HEIGHT, (f„)1/3 AVERAGE PERIOD, Tz SPECTRAL BANDWIDTH PARAMETER, , BROADNESS PARAMETER, e I / OUTPUT E if B,, Az, B, v)„3. %, v ti "p COEFFICIENT OF FOURIER SERIES. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original wo Stock Photo](https://c8.alamy.com/comp/RCEFH0/directional-wave-measurement-and-analysis-by-ronald-j-lai-and-robert-j-bachman-water-waves-calculate-and-apply-jacobian-transformations-to-energy-densities-and-wave-frequencies-calculate-significant-wave-height-f13-average-period-tz-spectral-bandwidth-parameter-broadness-parameter-e-i-output-e-if-b-az-b-v3-v-ti-quotp-coefficient-of-fourier-series-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-wo-RCEFH0.jpg ". Directional wave measurement and analysis / by Ronald J. Lai and Robert J. Bachman. Water waves. CALCULATE AND APPLY JACOBIAN TRANSFORMATIONS TO ENERGY DENSITIES AND WAVE FREQUENCIES CALCULATE SIGNIFICANT WAVE HEIGHT, (f„)1/3 AVERAGE PERIOD, Tz SPECTRAL BANDWIDTH PARAMETER, , BROADNESS PARAMETER, e I / OUTPUT E if B,, Az, B, v)„3. %, v ti "p COEFFICIENT OF FOURIER SERIES. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original wo Stock Photo")
RMRCEFH0–. Directional wave measurement and analysis / by Ronald J. Lai and Robert J. Bachman. Water waves. CALCULATE AND APPLY JACOBIAN TRANSFORMATIONS TO ENERGY DENSITIES AND WAVE FREQUENCIES CALCULATE SIGNIFICANT WAVE HEIGHT, (f„)1/3 AVERAGE PERIOD, Tz SPECTRAL BANDWIDTH PARAMETER, , BROADNESS PARAMETER, e I / OUTPUT E if B,, Az, B, v)„3. %, v ti "p COEFFICIENT OF FOURIER SERIES. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original wo
RMRCAH41–. Dreer's garden book : 1904. Seeds Catalogs; Nursery stock Catalogs; Gardening Equipment and supplies Catalogs; Flowers Seeds Catalogs; Vegetables Seeds Catalogs; Fruit Seeds Catalogs. Pansv Psvchb. Double Dwarf Erfurt Clove Pinks Double Dwarf Erfurt Clove Pinks. (Diantlius pliimarius nanuH fl. pi.) The chief characterislics of lliis new strain are theircom- pact growth and their early flowering. They do not average over 12 inches in height, and come inlo bloom two v eeks or more in advance of any other variety. They possess the spicy clove fragrance of the old-fashioned pink, and have a muc
RMRCEFH2–. Directional wave measurement and analysis / by Ronald J. Lai and Robert J. Bachman. Water waves. CALCULATE WAVE NUMBER / INPUT CURRENT^ VELOCITY, U DETERMINE ELECTRONIC PHASE SHIFTS COMBINE CROSS SPECTRAL PHASES AND ELECTRONIC PHASE SHIFTS CALCULATE CO-INCIDENT SPECTRA CALCULATE ENERGY DENSTIES, E FOURIER COEFFICIENTS, As DIRECTION, 8 RMS SPREADING, 8e. CALCULATE AND APPLY JACOBIAN TRANSFORMATIONS TO ENERGY DENSITIES AND WAVE FREQUENCIES CALCULATE SIGNIFICANT WAVE HEIGHT, (f„)1/3 AVERAGE PERIOD, Tz SPECTRAL BANDWIDTH PARAMETER, , BROADNESS PARAMETER, e I / OUTPUT E if B,, Az, B, v)„3. %, v
RMRCK127–. Elements of forestry. Forests and forestry. PACIFIC COAST FOREST 341 3. The largest stands in the world are found here. The redwood occurs up to 35 feet in diameter and 350 feet in. Fig. 63. — A Heavy Stand of Douglas Fir in Western Washington. Trees are frequently found up to 12 feet in diameter and 250 feet in height. It is adapted to management by the clear-cutting system. height; the Douglas fir is found up to 12 feet in diameter and 250 feet in height, and the sugar and yellow pines, cedars, spruces and others attain a large size. The average. Please note that these images are extracted
RMRC7X8N–. Dreer's garden calendar for 1888. Seeds Catalogs; Nursery stock Catalogs; Gardening Catalogs; Flowers Seeds Catalogs. MALLOWS. (HIBISCUS HYBRIDUS.) No. 5941. One of the most desirable perennial plants lately brought to notice. The flowers vary in color from pure white to deep rose, and are from 6 to 8 inches in di- ameter. The plants average 6 feet in height, and present a mass of bloom from early in July till late autumn. Flowers the first season from seed. Per pkt., 15 cts.; 4 for 50 cts.. MINA LOBATA. No. 6115. Half-hardy Mex- ican climbing annual. The buds are, at first, of a vivid' red,
RMRCEF56–. Directions for laboratory work in physiology for the use of medical students. Physiology. MEASUREME^NT OF EXPIRED AIR. 237 Vital Capacity and Size of Body Height Vital (cm.) Capacity (cu. cm.) 154.5- 157 2635 157 -159-5 2841 159.5 - 162 2982 162 - 164.5 3167 164.5 - 167 3287 167 - 169.5 3484 169.5 - 172 3560 172 - 174-5 3634 174-5 - 177 3842 177 - 179-5 3884 J 79 - 182 4034 182 4454 Differ- ence 206 141 185 120 197 76 74 208 42 150 420 Average 3484 Average for every 2>^ cm. of length iii. a. Tidal Air. It is difficult to determine the tidal air, because the char- acter of the respiratory
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