Organizational and direct support, repair parts, and special tools list for drill, pneumatic, drifter, crawler mounted, self propelled, dry type, 220 lb class, minimum 4-1/2 inch bore, power feed, 1-1/2 inch lugged shank chuck w/ 12 each [sic] shank rock drill (Chicago Pneumatic Tool Company model G-900) (NSN 3820-00-930-1917).

"May 1976."

Operator, organizational, DS, GS, and depot maintenance manual : compressor, reciprocating, power driven; wheel mounted; 2 wheel, pneumatic tires, w/towbar and lunette eye, gasoline engine; 4.00 CFM, 3000 psi, (Stewart-Warner model 3800219), FSN 4310-728-2031, (Stewart-Warner model 3800219-1), FSN 4310-930-0060.

"October 1967."

Operator, organizational, direct and general support and depot maintenance manual for heater, duct type, portable, 400,000 BTU/hr, models BT400-40 and BT400-40-1, FSN 4520-792-8257 and FSN 4520-930-9474.

"March 1967."

Organizational, direct and general support, and depot maintenance repair parts and special tools lists : heater, duct type, portable gasoline, 400,000 BTU/hr, gasoline engine and electric motor driven blowers, w/6 and 12 inch diameter ducts, automatic temperature control, trailer mounted (American Air Filter Co. Inc model BT400-40) FSN 4520-792-8257 (American Air Filter Co, Inc model BT400-40-1) FSN 4520-930-9474.

Includes index.

Operator, organizational, direct and general operator, organizational, direct and general support, and depot maintenance manual including repair parts : generator set, gasoline engine, 0.125 KW, AC, 115 V, single phase, 400 cycle, special purpose, portable, w/carrying case (Homelite model XLA115/1/400-1P), serial numbers 2,330,386 through 2,331,917, FSN 6115-930-9498.

Includes index.

Operator and organizational maintenance manual : mount, multiarmament, helicopter, XM156 (1090-930-5018) (used on UH-1B or UH-1C helicopters).

"April 1967."

Direct support, general support, and depot maintenance manual : mount, multiarmament, helicopter, XM156 (1090-930-5018) (used on UH-1B or UH-1C helicopters).

"June 1967."

Organizational, direct support and general support maintenance repair parts and special tools list including depot maintenance repair parts and special tools guided missile system, intercept-aerial M41 1425-00-930-9923 shipping and storage containers, guided missile M571 and M585 8140-00-937-1340 and 8140-00-880-7285 guided missile system, ....

Includes index.

Direct support and general support maintenance repair parts and special tools lists (including depot maintenance repair parts and special tools) for multiplexer TD-754/G, (NSN 5820-00-930-8078).

Includes index.

Operator's and organizational maintenance manual : control, radio set C-6709/G, (NSN 5820-00-930-3597).

"August 1979."

Operator's and organizational maintenance manual : indicators, channel alignment ID-1189/PR (NSN 5820-00-930-9204) and ID-1189 (XE-2)/PR (NSN 6625-00-181-1884).

"July 1967."

Anthropometric characteristics and motor skills in talent selection and development in indoor soccer

Kick performance, anthropometric characteristics, slalom, and linear running were assessed in 49 (24 elite, 25 nonelite) postpubertal indoor soccer players in order to (a) verify whether anthropometric characteristics and physical and technical capacities can distinguish players of different competitive levels, (b) compare the kicking kinematics of these groups, with and without a defined target, and (c) compare results on the assessments and coaches` subjective rankings of the players. Thigh circumference and specific technical capacities differentiated the players by level of play; cluster analysis correctly classified 77.5% of the players. The correlation between players` standardized measures and the coaches` rankings was 0.29. Anthropometric characteristics and physical capacities do not necessarily differentiate players at post-pubertal stages and should not be overvalued during early development. Considering the coaches` rankings, performance measures outside the specific game conditions may not be useful in identification of talented players.

Production and carbon allocation in a clonal Eucalyptus plantation with water and nutrient manipulations

We examined resource limitations on growth and carbon allocation in a fast-growing, clonal plantation of Eucalyptus grandis x urophylla in Brazil by characterizing responses to annual rainfall, and response to irrigation and fertililization for 2 years. Productivity measures included gross primary production (GPP), total belowground carbon allocation (TBCA), bole growth, and net ecosystem production (NEP). Replicate plots within a single plantation were established at the midpoint of the rotation (end of year 3), with treatments of no additional fertilization or irrigation, heavy fertilization (to remove any nutrient limitation), irrigation (to remove any water limitation), and irrigation plus fertilization. Rainfall was unusually high in the first year (1769mm) of the experiment, and control plots had high rates of GPP (6.64 kg C m(-2) year(-1)), TBCA (2.14 kg C m(-2) year(-1)), and bole growth (1.81 kg C m(-2) year). Irrigation increased each of these rates by 15-17%. The second year of the experiment had average rainfall (1210 mm), and lower rainfall decreased production in control plots by 46% (GPP), 52% (TBCA), and 40% (bole growth). Fertilization treatments had neglible effects. The response to irrigation was much greater in the drier year, with irrigated plots exceeding the production in control plots by 83% (GPP), 239% (TBCA), and 24% (bole growth). Even though the rate of irrigation ensured no water limitation to tree growth, the high rainfall year showed higher production in irrigated plots for both GPP (38% greater than in drier year) and bole growth (23% greater). Varying humidity and supplies of water led to a range in NEP of 0.8-2.7 kg C m(-2) year. This difference between control and irrigated treatments, combined with differences between drier and wetter years, indicated a strong response of these Eucalyptus trees to both water supply and atmospheric humidity during the dry season. The efficiency of converting light energy into fixed carbon ranged from a low of 0.027 mol C to a high of 0.060 mol C per mol of absorbed photosynthetically active radiation (APAR), and the efficiency of bolewood production ranged from 0.78 to 1.98 g wood per MJ of APAR. Irrigation increased the efficiency of wood production per unit of water used from 2.55 kg wood m(-3) in the rainfed plot to 3.51 kg m(-3) in irrigated plots. Detailed information on the response of C budgets to environmental conditions and resource supplies will be necessary for accurate predictions of plantation yields across years and landscapes. (V) 2007 Elsevier B.V. All rights reserved.

Sulfated galactans from Australian specimens of the red alga Phacelocarpus peperocarpos (Gigartinales, Rhodophyta)

Polysaccharides from the red alga Phacelocarpos peperocarpos were extracted with hot water, clarified, and precipitated with 2-propanol. The native preparation was highly sulfated (36.2% w/w). Alkali modification decreased the sulfate content by 2.0% w/w. The alkali-modified polysaccharide is composed mostly of galactose (Gal, 51 mol%) and 3,6-anhydrogalactose (AnGal, 41 mol%), with minor amounts of a mono-O-methylgalactose (MeGal, 1 mol%), xylose (Xyl, 6 mol%), and glucose (Glc, 1 mol%). The FTIR spectrum of the alkali-modified polysaccharide resembled K-carrageenan with absorption at 930 cm(-1) (indicative of AnGal) and 850 cm(-1) (Gal ii-sulfate). However, an additional, major band of absorption occurred at 820 cm(-1) indicating the presence of equatorial sulfate ester substitution at O-6 of Gal residues, A combination of linkage and C-13 NMR spectroscopic analyses showed that the polysaccharide was composed predominantly of a novel repeating-unit, O-beta-D-galactopyranosyl 4,6-disulfate)-(1 --> 4)-3,6-anhydro-alpha-D-galactopyranose. Minor structural variations also occurred, including alternative patterns of sulfation and the presence of terminal Xylp, The location of the terminal Xylp residues was not certain but evidence supported their attachment at O-3 of some 4-linked Galp residues. The cell-wall galactans remain unchanged during the life cycle of the alga. (C) 1996 Elsevier Science Ltd.