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[Ruth Roll Hance] was born on September 3, 1913, in Hamilton, Montana, one of four children of Fritz and Annie Roll. She spent her youth in Great Falls, graduating in nursing from Deaconess Hospital, in 1935. She practiced her profession in a variety of settings over many years including hospitals, public health, children's clinics, as a visiting nurse, and in physician offices. She enjoyed a stint as one of the first Montana airline attendants when Western Airlines first commenced service to Great Falls; airlines required Registered Nurses on passenger flights. Ruth married [Henry W.

[Ruth Roll Hance] was born on September 3, 1913, in Hamilton, Montana, one of four children of Fritz and Annie Roll. She spent her youth in Great Falls, graduating in nursing from Deaconess Hospital, in 1935. She practiced her profession in a variety of settings over many years including hospitals, public health, children's clinics, as a visiting nurse, and in physician offices. She enjoyed a stint as one of the first Montana airline attendants when Western Airlines first commenced service to Great Falls; airlines required Registered Nurses on passenger flights. Ruth married [Henry W.

[Henry W. Hance] was born on Sept. 19, 1911 at Holy Cross Hospital in Salt Lake City, one of two children of James and Irma Hance. He spent his youth in Elgin, Illinois and Salt Lake City. He graduated from East High School, Oregon State and Texas A & M in Civil Engineer/ Business. He hired on as a driver for Burton Lumber, then on to surveying highways and boundaries as far North as Alaska.

[Henry W. Hance] was born on Sept. 19, 1911 at Holy Cross Hospital in Salt Lake City, one of two children of James and Irma Hance. He spent his youth in Elgin, Illinois and Salt Lake City. He graduated from East High School, Oregon State and Texas A & M in Civil Engineer/ Business. He hired on as a driver for Burton Lumber, then on to surveying highways and boundaries as far North as Alaska.

[Henry W. Hance] was born on Sept. 19, 1911 at Holy Cross Hospital in Salt Lake City, one of two children of James and Irma Hance. He spent his youth in Elgin, Illinois and Salt Lake City. He graduated from East High School, Oregon State and Texas A & M in Civil Engineer/ Business. He hired on as a driver for Burton Lumber, then on to surveying highways and boundaries as far North as Alaska.

Union Bank of California head Donald W. Hance says that his immediate goals are to turn the San Francisco-based bank into a small-business powerhouse that will challenge such established banking giants as Wells Fargo & Co. To back his goals, Hance has launched an aggressive advertising campaign that emphasizes large discounts on PC banking software, checks and business lines of credit. Hance notes that the campaign has generated a 40% increase in loan applications since it was launched during 1st qtr 1996.

Bamboo and broad-leaved mixed forests have been widely recognized for their advantages in maintaining ecological balance, improving soil fertility, and enhancing biodiversity. To understand the effects of mixed broad-leaved tree species and mixing ratios on soil microbial communities in bamboo and broad-leaved mixed forests, we quantified the structure and diversity responses of soil microbial communities to tree species and mixing ratios using high-throughput sequencing of the 16 S rRNA gene. Three bamboo and broad-leaved tree mixed forests were studied, including bamboo–Castanopsis chinensis Hance mixed forest (CCB), bamboo–Alniphyllum fortune (Hemsl.) Makino mixed forest (AFB), and bamboo–Choerospondias axillaris (Roxb.) B. L. Burtt & A. W. Hill mixed forest (CAB). We assessed the impact of tree species and mixing ratios on soil microbial communities by measuring soil properties and the diversity and composition of soil microbes. The results indicate that soil properties and the diversity and composition of microbial communities are highly dependent on broad-leaved tree species in mixed forests. The mixing ratios had a more pronounced effect on microbial diversity than on richness. In CAB, diversity peaked at mixing ratios of 10%–20% and 20%–40%. The presence of broad-leaved trees significantly altered the relationships among soil bacteria, with CAB showing the highest stability, likely due to the increased diversity and quantity of litter from Choerospondias axillaris. Our results show that the choice of broad-leaved tree species and their mixing ratios significantly influence soil microbial diversity and composition in bamboo–broad-leaf mixed forests. An optimal mixing ratio in CAB can maximize bacterial diversity and stability, providing insights for forest management and promoting ecosystem health and sustainability.