Recent Development: Sibug v. State: When a Defendant is Found Incompetent, a Retrial Does Not Renew His Responsibility to Raise the Issue of Competency; A Judicial Determination of Competency is Required Upon Retrial

The Court of Appeals of Maryland held that a defendant who was previously found incompetent must be given a new competency hearing at retrial. Sibug v. State, 445 Md. 265, 319, 126 A.3d 86, 116 (2015). In addition, the defendant does not have to raise the issue of competency anew

Recent Development: Sibug v. State: When a Defendant is Found Incompetent, a Retrial Does Not Renew His Responsibility to Raise the Issue of Competency; A Judicial Determination of Competency is Required Upon Retrial

The Court of Appeals of Maryland held that a defendant who was previously found incompetent must be given a new competency hearing at retrial. Sibug v. State, 445 Md. 265, 319, 126 A.3d 86, 116 (2015). In addition, the defendant does not have to raise the issue of competency anew

Book Discussion

Book discussion of Persepolis: The Story of a Childhood by Marjane Satrapi. Faculty panelists include Sandra Gandy, JoAnne Smith, and Jason Zingsheim with Provost Terry Allison as moderator

Local to global policy as a catalyst for change: key messages

Feeding and nourishing a growing and changing global population in the face of rising numbers of chronically hungry people, slow progress on malnutrition, environmental degradation, systemic inequality, and the dire projections of climate change, demands a transformation in global food systems. Policy change at multiple levels is critical for catalysing an inclusive and sustainable transformation in food systems; global and regional policy are transformative only insofar as they are translated into ambitious national action with adequate support, including both public and private investment. Three areas of policy change show potential to be catalytic: 1) reducing emissions and increasing resilience, 2) tackling food loss and waste, and 3) shifting diets to promote nutrition and sustainability. Trade-offs mean a multi-sectoral approach to policymaking is needed, while inequalities in food systems necessitate transparent, inclusive processes and results. Gender inequality, in particular, must be addressed. Transformation demands participation and action from all actors

Ground water and surface water under stress

Presented at Ground water and surface water under stress: competition, interaction, solutions: a USCID water management conference on October 25-28, 2006 in Boise, Idaho.Includes bibliographical references.Renewed interest in cotton production in the Ogallala aquifer region can be tied to development of early maturing varieties, and declining water levels in the Ogallala aquifer. However, the feasibility of growing cotton considering thermal characteristics of the region has not been determined. In this study, the heat unit based county-wide exceedance probability curves for potential cotton yield were developed using a long term temperature dataset (1971-2000) and identified counties that have the potential to grow cotton at 1- and 2-year return periods. Out of 131 counties in the study area, 105 counties have the potential to grow cotton with lint yield more than 500 kg/ha. Evaluation of county-wide potential cotton yield indicate that yield goals based on a 2-year return period may improve the chances of better profits to producers than yield goals with 1-year return period. However, management uncertainties on irrigation efficiencies, fertilizer and pest management, planting and harvesting schedule may require further consideration for estimating potential cotton yield. Nevertheless, these results show that cotton is a suitable alternative crop for most counties in southwest Kansas and all counties in Texas and Oklahoma Panhandles. Also, a significant reduction in annual water withdrawals (about 60.4 million ha-mm) from the Ogallala aquifer for irrigation is possible if producers were to switch 50 percent of their corn acreage to cotton in counties that have yield potential more than 500 kg/ha

Ground water and surface water under stress

Presented at Ground water and surface water under stress: competition, interaction, solutions: a USCID water management conference on October 25-28, 2006 in Boise, Idaho.Includes bibliographical references.Irrigated crop production in the Texas High Plains is dependent on the Ogallala Aquifer, which has declined by up to 50 percent in some areas since irrigation development began in the 1930-40s. About 6.5 million acre-feet (ac-ft) of water was pumped to irrigate 4.6 million acres in 2000, with most irrigation demand being for corn and cotton production. Cotton is produced primarily in the Southern Texas High Plains, with corn and winter wheat comprising most of the irrigated area in the Northern Texas High Plains. However, cotton production is expanding northward again and replacing corn in some areas because both crops currently have similar revenue potential but cotton has about half the irrigation water requirement, and may result in profitable yields under dryland and deficit irrigated conditions. In the Northern Texas High Plains, combined annual irrigation demand for corn and cotton could be reduced from 2.6 to 2.0 million ac-ft by replacing 50 percent of the irrigated corn area with cotton, and combined irrigation demand could be reduced to 1.6 million ac-ft if cotton irrigation applications were reduced to 50 percent of full crop evapotranspiration minus rainfall. In the Southern Texas High Plains, annual irrigation demand for cotton could be reduced from 1.4 to 1.0 million ac-ft if overall irrigations were reduced to 50 percent of full crop evapotranspiration minus rainfall. Deficit irrigation results in some yield penalty; however, if the crop is relatively drought tolerant, this may be offset somewhat by the reduced energy costs of pumping

Comparison of leaf-clipping and leaf-piercing techniques as applied to the seagrass Syringodium filiforme

Leaf elongation rates of the seagrass Syringodium filiforme (Kütz., 1860) were assessed at two sites in a subtropical lagoon of Texas on eleven occasions from January 1996 to April 1997 using two methods, clipping and leaf piercing (marking) to estimate leaf growth. Pierced shoots grew at a significantly faster rate than clipped shoots irrespective of site. Clipping underestimated leaf elongation by 30%–38%, although differences at individual sites were as high as 69%–72%. Underestimation of leaf growth rate derived by clipping could be corrected using a site-specific linear regression relationship between leaf growth rates determined by clipping and piercing methods. The percent difference in overall leaf growth rate during the 14-mo study was 55% (4.47 mm d–1 pierced vs 2.44 mm d–1 clipped leaves). Fastest growth occurred during summer with rates of pierced leaves ranging from 8 to 11 mm d–1, which was generally two to three times that of clipped leaves. Highest leaf growth rates for clipped leaves never exceeded 4 mm d–1, regardless of site. We suggest that use of the leaf-clipping method in S. filiforme is appropriate when leaf growth rates are to be compared among sites or treatments and when true growth rate values are not critical

Productivity estimation in Halodule wrightii: comparison of leaf-clipping and leaf-marking techniques, and the importance of clip height

We compared estimates of Halodule wrightii leaf growth rates obtained from leaf-clipping and leaf-piercing methods in a south Texas lagoon. Leaf clipping underestimated leaf production from 15 to 37% in winter and 25 to 60% in summer relative to leaf piercing. The underestimation of leaf-clipping derived growth rates were corrected using a linear regression between leaf growth rates determined by leaf-clipping and leaf-piercing methods. To examine the effect of clip height on H. wrightii leaf growth rate estimation, leaves were clipped at 0, 2, 4, 6, and 8 cm above the sediment. Leaves clipped at 2 cm exhibited the fastest leaf growth rate (average = 3.66 mm d–1) while leaves clipped at 8 cm had the slowest rate (average = 2.30 mm d–1). Depressed leaf growth rates for 8 cm clip height were likely due to the slowing of growth rate with increasing leaf age. Reduced growth rate for the 0 cm clip height treatment may be attributable to removal of nearly all photosynthetic tissue and limited below-ground resources. In design of leaf-clipping studies, it is suggested that the selection of clip height and the period of growth after clipping be optimized for each season of a study

Lessons from Two States with Extension Programs for Managing Stress

Recognizing the need for education that addresses social emotional and mental health issues faced by adults, Extension developed two different types of programs. Michigan State University (MSU) Extension developed the RELAX: Alternatives to Anger program (RELAX) to address anger management, and West Virginia University (WVU) Extension created Stress Less with Mindfulness (SLM) to build stress management skills among adults. At a national conference, the two states independently shared their programs’ objectives and delivery implementation and then later cross-trained each other’s Extension team. The research reported here shares the designs of both stress-reduction health programs and the results of a combined two-state SLM evaluation with 1,304 participants. The benefits of SLM included skill learning and practice. Recommendations for practice include state Extension services sharing curricula resources, training teams from each other’s states, and jointly implementing evaluation protocols. Extension professionals looking for established programs that help people gain skills to promote emotional health and stress-reduction may consider implementing one of these community-based programs in their states