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Henry is a retired billionaire, thanks to his medical work in somatic cell research. He was once married to a beautiful, young woman named Elizabeth who died two years after because of a neurodegenerative condition. Sick with grief, Henry cloned her cells and harvested six copies. At birth, two of the cloned subjects displayed the mutation.

The annual Harvest Festival in Elizabeth is Oct. 26 from noon-3 p.m. The family-friendly event takes place on Main Street and includes hay and pony rides, games, pumpkins, trick-or-treating and more. elizabethchamber.org

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Interpretive Summary: Elizabeth (PI 677360) Pennycress (Thlaspi arvense), a newly developed cultivar, was publicly released by the USDA, Agricultural Research Service, in 2016 as part of a new crop improvement program. Elizabeth was developed by selection from the wild population, Beecher (PI 672505) collected from a winter fallow cornfield 2 miles north of Hanna City, IL. The germination rate of the original parent (Beecher) was 0% in the presence of light and 7% in an all dark treatment. Elizabeth seeds had a germination rate as high as 94% when grown under the same conditions as the Beecher seeds in the presence of light and 98% in all dark treatment. This new cultivar will improve stand establishment of the crop and help alleviate the potential of pennycress to develop a seed bank in the soil by promoting the germination of seed spilled at harvest to grow and die under the canopy of the subsequent soybean crop where it should not be capable of competing. In addition, development of this crop will improve the economics of corn and soybean production by providing an off-season cash crop when the land is normally fallow.

Technical Abstract: Elizabeth pennycress (Thlaspi arvense L.) germplasm (Reg. No. GP-36, PI 677360) was publicly released by the USDA-ARS in 2016 for the improvement of Thlaspi germplasm. Elizabeth was developed by four generations of mass selection based on the germination response of freshly harvested pennycress seeds. The original seed source was the wild population Beecher (PI 672505) collected from a winter fallow cornfield 3.2 km north of Hanna City, IL. The germination rate of original, freshly harvested Beecher seed under conditions of 12 h light/dark cycles at 27.5 deg. C/11.5 deg. C was 0%, and seeds kept in continuous dark under otherwise identical conditions germinated at 7%. Freshly harvested Elizabeth S4 seeds had a germination rate of 98% in continuous dark and 94% under the 12 h light/dark 27.5 deg. C/11.5 deg. C conditions.

Numerous studies have documented the decline of amphibians following timber harvest. However, direct evidence concerning the mechanisms of population decline is lacking and hinders attempts to develop conservation or recovery plans and solutions for forest species. We summarized the mechanisms by which abundance of amphibians may initially decline following timber harvest into three testable hypotheses: (1) mortality, (2) retreat, and (3) evacuation. Here, we tested the evacuation hypothesis within a large-scale, replicated experiment. We used drift fences with pitfall traps to capture pond-breeding amphibians moving out of experimental clearcut quadrants and into control quadrants at four replicate arrays located within the Daniel Boone Conservation Area on the upper Ozark Plateau in Warren County, Missouri, USA. During the preharvest year of 2004, only 51.6% of the 312 individuals captured were moving out of pre-clearcut quadrants, and movement did not differ from random. In contrast, during both postharvest years of 2005 and 2006, the number of captures along the quadrant edge increased, and a higher proportion of individuals (59.9% and 56.6%, respectively, by year) were moving out of clearcut quadrants than entering. Salamanders moved out of clearcuts in large percentages (Ambystoma annulatum, 78.2% in 2005, 78.2% in 2006; A. maculatum, 64.0% in 2005, 57.1% in 2006). Frogs and toads also moved out of clearcut quadrants, but in lower percentages (Bufo americanus, 59.6% in 2005, 53.3% in 2006; Rana clamitans, 52.7% in 2006). Salamanders moved out of clearcuts with low-wood treatments more than out of clearcuts with high-wood treatments. Movement of salamanders out of clearcuts was independent of sex. Estimated movement out of clearcuts represented between 8.7% and 35.0% of the total breeding adults captured for two species of salamanders. Although we recognize that some portion of the amphibian population may retreat underground for short periods and others may not survive the effects of timber harvest, these data are the first direct evidence showing that individuals are capable of leaving clearcuts and shifting habitat use. 17dc91bb1f