FLSD

AcronymDefinition
FLSDFlorida Southern District
FLSDFacilities and Logistics Services Division (US FBI)
FLSDFountain Lake School District (Arkansas)
FLSDFriedman Lurie Singh & D'Angelo (Australian law firm)
FLSDFriess Lake School District (Hubertus, WI)
FLSDFrontier Local School District (Ohio)
FLSDFisher's Least Significant Difference Test (statistics)
FLSDFreetown-Lakeville School District (Lakeville, MA)
Copyright 1988-2018 AcronymFinder.com, All rights reserved.
References in periodicals archive ?
Another purpose for this research was to determine the construct validity of the FLSD. Participants completing it showed the emotional relationships between the owners and humans and dogs indicated on the diagrams that were displayed by relationship descriptors.
Further work with the FLSD focused on child abuse survivors, using a retrospective approach.
Abbreviations: DAI, days after inoculation; DSI, disease severity index; FLSD, Fisher's protected least significant difference; PI, plant introduction; RCB, randomized complete-block.
Lesion DSI ([double DSI ([double length (cm) dagger]) dagger]) ([dagger]) (rain (disease Cultivar (greenhouse) shelter) nursery) NKS19-90 9.1 19 55 Corsoy 79 10.4 14 41 Hardin 11.1 13 41 AG1901 11.4 33 52 AG2001 11.8 27 60 Athow 11.8 48 56 DSR 218 11.8 59 52 NE 3001 11.9 57 62 AG2501 12.0 44 58 DSR 215RR 12.0 66 57 CM 2012 RR 12.2 36 67 FFR HS3471 12.4 59 76 Conrad 94 12.5 62 65 XR29X00 12.8 68 71 A2242 12.8 69 65 FLSD 1.4 31 21 ([dagger]) Lesion length (cm) was measured on diseased main stems at 14 DAI.
For the second search dimension, a second pseudo variable X2 (ranging from 1 to + 1) was developed that jointly shifted cultivar internal life cycle coefficients (FLSH, FLSD, SDPM, SFDUR, and PODUR) that affected seed yield by starting pod and seed growth sooner or later within the previously fixed time from anthesis to maturity (Table 1).
The time intervals FLSD and SDPM, on the other hand, were somewhat smaller than typical generic MG values (Tables 4 and 5).
These results suggest that less confidence should be placed on the repeatability of the solved cultivar traits that affect seed yield (X1 and X2) compared with the cultivar traits that control the individual phases of the life cycle (FLSD and SDPM) and the CSDL.
To attain high yield, the high yielding cultivars should be characterized by high values for X1 (LFMAX and THRESH) or high values for X2 (FLSH, FLSD, SDPM, SFDUR, and PODUR) or moderately high values for both.
where [FLSD.sub.opt] is the optimized value of FLSD and the ratio of [(FLSH/FLSD).sub.MG] is the ratio of the general maturity group values for the specific coefficients.
For the second search dimension, we developed a second pseudo variable X2 (-1 to +1) that jointly shifted cultivar "life cycle" coefficients (FLSH, FLSD, SDPM, SFDUR, and PODUR) that affected grain yield by starting pod and seed growth sooner or later within the previously fixed time from anthesis to maturity (Table 1).
The maximum shifts for the pseudo-variable (X2) that shifts FLSH, FLSD, SDPM, SFDUR, and PODUR together, to decrease (X2 = -1) or increase (X2 = +1) yield.
VARIABLE([dagger]) X2 = -1 X2 = +1 FLSH +2.8 -3.1 FLSD +3.8 -4.1 SDPM -4.2 +4.2 SFDUR -3.0 +3.0 PODUR +5.0 -3.0 ([dagger]) FLSH = Time between first flower and first pod (PTD([double dagger])); FLSD = Time between first flower and first seed (PTD); SDPM = Time between first seed and physiological maturity (PTD); SFDUR = Seed filling duration for pod cohort at standard growth conditions (PTD); PODUR = Time required for cultivar to reach full pod load under optimal conditions (PTD).