Feeder Cattle Basis in South Carolina 2000-2004

Livestock Production/Industries,

EVALUATION OF CROP INSURANCE PREMIUM RATES FOR GEORGIA AND SOUTH CAROLINA PEACHES

We estimate actuarially fair premium rates for yield insurance for Georgia and South Carolina peaches for comparison to the premium rates established by the Risk Management Agency (RMA) for the 1999 crop. The RMA premium rates varied from county to county, but were identical for all growers in a given county. The estimated premium rates decrease with the grower's expected yield. The RMA rate structure encouraged adverse selection, as premium rates were too low for growers with low expected yields (especially at low coverage levels) and were too high for growers with high expected yields (especially at high coverage levels).adverse selection, crop insurance, peaches, premium rate, yield guarantee, Risk and Uncertainty,

REVENUE INSURANCE FOR GEORGIA AND SOUTH CAROLINA PEACHES

We estimate actuarially fair premium rates for yield and revenue insurance for Georgia and South Carolina peaches. The premium rates for both products decrease at a decreasing rate as the mean farm-level yield increases. In general, the premium rate for revenue insurance exceeds the premium rate for yield insurance for a given coverage level and expected yield. Although the revenue and yield insurance rates differ in a statistical sense, they do not appear to differ in an economic sense except at high coverage levels for growers with very high yields.crop insurance, peaches, revenue insurance, yield insurance, Risk and Uncertainty,

The ribosomes of Aspergillus giganteus are sensitive to the cytotoxic action of α-sarcin

AbstractRibosomes in lysates prepared from the mycelia of Aspergillus giganteus MDH 18894, which are actively secreting α-sarcin, do not contain the α-sarcin lesion. However, the addition of exogenous α-sarcin to these same lysates results in cleavage of the 26 S rRNA of the 60 S ribosomal subunit, characteristic of the cytotoxic action of α-sarcin. We conclude that A. giganteus ribosomes are not inherently resistant to the action of α-sarcin but are protected in vivo by producing α-sarcin in an inactive form and/or by the efficient cotranslational secretion of the toxin

Using Spin Correlations to Distinguish Zh from ZA at the International Linear Collider

We investigate how to exploit the spin information imparted to the Z boson in associated Higgs production at a future linear collider as an aid in distinguishing between CP-even and CP-odd Higgs bosons. We apply a generalized spin-basis analysis which allowsus to study the possibilities offered by non-traditional choices of spin projection axis. In particular, we find that the Z bosons produced in association with a CP-even Higgs via polarized collisions are in a single transverse spin-state (>90% purity) when we use the Zh-transverse basis, provided that the Z~bosons are not ultra-relativistic (speed <0.9c). This same basis applied to the associated production of a CP-odd Higgs yields Z's that are an approximately equal mixture of longitudinal and transverse polarizations. We present a decay angular distribution which could be used to distinguish between the CP-even and CP-odd cases. Finally, we make a few brief remarks about how this distribution would be affected if the Higgs boson turns out to not be a CP-eigenstate.Comment: 48 pages, 18 figures, revtex

Improving Dental School Clinic Operations Using Business Intelligence Data

Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/153642/1/jddjde019080.pd

Process for Making a Lubricating Composition

The invention includes a process of making a lubricating oil composition including: a process for making a high VI lubricating oil composition including the steps of (1) contacting a waste plastics feed including mainly polyethylene in a pyrolysis zone at pyrolysis conditions, whereby at least a portion of the waste plastics feed is cracked, thereby forming a pyrolysis zone effluent including 1-olefins and n-paraffins; (2) passing the pyrolysis zone effluent, including a heavy fraction and a middle fraction, the pyrolysis effluent middle fraction including 1-olefins, to a separations zone; where the pyrolysis effluent heavy fraction portion is separated from the pyrolysis effluent middle fraction; (3) passing the pyrolysis effluent middle fraction to a dimerization zone, where at least a portion of the pyrolysis effluent middle fraction is converted to a lube oil range material; and (4) passing at least a portion of the lube oil range material to a catalytic isomerization dewaxing zone, where at least a portion of the lube oil range material is contacted with a isomerization dewaxing catalyst at isomerization dewaxing conditions thereby forming a high VI lubricating oil composition

Method for Making a Heavy Wax Composition

The invention includes a process of making a wax composition including: a process for making a heavy wax composition including the steps of (1) contacting a waste plastics feed containing primarily polyethylene in a pyrolysis zone at sub-atmospheric pressure, whereby at least a portion of the waste plastics feed is cracked, thereby forming a pyrolysis zone effluent including 1-olefins and n-paraffins; and (2) passing the pyrolysis zone effluent to a hydrotreating zone, for contacting with a hydrotreating catalyst at catalytic conditions

Avoiding unintentional eviction from integral projection models

Integral projection models (IPMs) are increasingly being applied to study size-structured populations. Here we call attention to a potential problem in their construction that can have important consequences for model results. IPMs are implemented using an approximating matrix and bounded size range. Individuals near the size limits can be unknowingly "evicted" from the model because their predicted future size is outside the range. We provide simple measures for the magnitude of eviction and the sensitivity of the population growth rate (lambda) to eviction, allowing modelers to assess the severity of the problem in their IPM. For IPMs of three plant species, we found that eviction occurred in all cases and caused underestimation of the population growth rate (lambda) relative to eviction-free models; it is likely that other models are similarly affected. Models with frequent eviction should be modified because eviction is only possible when size transitions are badly mis-specified. We offer several solutions to eviction problems, but we emphasize that the modeler must choose the most appropriate solution based on an understanding of why eviction occurs in the first place. We recommend testing IPMs for eviction problems and resolving them, so that population dynamics are modeled more accurately