The U.S. Supreme Court Settles (for Now) One of the Chapter 12 Bankruptcy Tax Issues

On May 14, 2012, just over seven years after enactment of the Bankruptcy Abuse Prevention and Consumer Protection Act of 2005 (popularly referred to as BAPCPA),1 the United States Supreme Court resolved the conflict in the Circuit Courts of Appeal2 over the taxation of income and capital gains in a Chapter 12 Bankruptcy case under BAPCPA. The holding of the high court denies Chapter 12 debtors the opportunity to have the income tax liability arising post-petition discharged in bankruptcy. In context, the term post-petition includes income generated prior to the date of filing bankruptcy and yet occurring during the tax year of filing. The court reached that conclusion by finding that post-petition sales of farm and ranch property are not “incurred by the estate” under Section 503(b) of the Bankruptcy Code and, therefore, are not collectible from the estate and are not eligible for discharge under the Chapter 12 plan.

Bankruptcy Court Interpretation of Chapter 12 Tax Rules

The first Bankruptcy Court interpretation1 of the provisions in the Bankruptcy Abuse Prevention and Consumer Protection Act of 20052 pertaining to the income tax treatment of asset dispositions in Chapter 12 bankruptcy cases3 has been published. The first case, involving a hog farmer from Northern Iowa who had encountered disease problems in the swine herd and a series of accidents (following a period of low hog prices), tested the income tax rules enacted in 2005 for Chapter 12 filers. Although the decision was favorable to the taxpayers on some issues, the opinion did not go as far as the taxpayer had hoped. Counsel for the taxpayer indicates that an appeal is likely and legislative clarification of the key issues has not been ruled out

Major Developments In Chapter 12 Bankruptcy

In the most far-reaching revision of bankruptcy law since 1978,1 Congress has passed and the President is expected to sign legislation making major changes in bankruptcy law.2 With respect to agriculture, the changes are principally in two areas – (1) amendments to the eligibility requirements for Chapter 12 filing and (2) modification of the income tax treatment of gains on property liquidated in connection with a Chapter 12 bankruptcy reorganization. A third major area of importance is that the homestead exemption is limited to $125,000 if the debtor purchased the residence less than three years and four months (defined as 1215 days) before filing.3 There are exceptions for- (1) the residence of a “family farmer” and (2) any amount rolled over from another residence acquired by the debtor before the 1215 day period provided the prior and current residences are located in the same state.

Processes governing development of ecotoxicity in clayey and silty soils incubated with olive mill wast water under different temperature and humidity conditions

Olive oil production generates olive mill wastewater (OMW) with a high content in nutrients and phenolic substances. Its application to soil could be a cost-effective solution for recycling. However, the degree of toxic effects of OMW on soil biota is widely unknown and has to be considered when searching for adisposal strategy. The objective of this study was to understand the degradation process of OMW organic matter and its influence on toxic effects as well as soil properties. We hypothesized that OMW toxicity decreases with degradation of its phenolic components. A higher soil biological activity was expected to increase degradation. We incubated a clayey soil and a silty soil with OMW for 60 days under conditions typical for this region in order to simulate the application during various seasons (winter, spring, summer dry, summer wet). Soil respiration, pH, electrical conductivity, total phenolic content as well as anion and cation content, specific ultraviolet absorbance at 254 nm and dissolved organic carbon were measured at ten points of time during incubation. Soils and methanolic soil extracts were tested for ecotoxicity using Lepidium sativum germination and Folsomia candida egg hatching rate. The degradation and transformation of OMW-organic matter was stronger under warm and humid conditions than under cold and dry conditions. It was furthermore enhanced in the clayey soil compared to the silty soil. Most severe ecotoxicological effects were found under summer dry conditions while spring as well as summer wet conditions led to a fast recovery of both germination and hatching. However, the silty soil did not recover to preapplication levels. In the clayey soil, germination parameter were higher than in control after around 30 days suggesting a fertilizing effect. Effects in methanol extracts were higher in all soils and climatic scenarios. Therefore, remobilization of OMW derived toxic compounds has to be considered on a long-term scale. Egg hatching as most sensitive life-cycle parameter of Folsomia candida showed also the same relation to climatic conditions and soil type but was more robust to OMW compared to Lepidium sativum. Environmental conditions as well as soil type are key factors determining degradation of OMW organic matter and OMW derived ecotoxicity. Therefore, spring application (warm and wet) of OMW seems to be a compromise with regard to OMW recycling, OMW occurrence in winter and farmer considerations

Resurrecting Brinley Plots for a Novel Use: Meta-Analyses of Functional Brain Imaging Data in Older Adults

By plotting response times of young and older adults across a variety of tasks, Brinley spurred investigation and debate into the theory of general cognitive slowing. Though controversial, Brinley plots can assess between-task differences, the impact of increasing task demand, and the relationship between responses in two groups of subjects. Since a relationship exists between response times and the blood-oxygen level dependent (BOLD) signal of functional MRI (fMRI), Brinley's plotting method could be applied as a meta-analysis tool in fMRI studies of aging. Here, fledgling “Peiffer plots” are discussed for their potential impact on understanding general cognitive brain activity in aging. Preliminary results suggest that general cognitive slowing may be localized at the sensorimotor transformation in the precentral gyrus. Although this meta-analysis method is naturally used with imaging studies of aging, theoretically it may be applied to other study pairs (e.g., schizophrenic versus normal) or imaging datasets (e.g., PET)