PERANCANGAN SISTEM INFORMASI MANAJEMEN FILING PADA KANTOR PENGELOLA TAMAN MINI “INDONESIA INDAH”

Sistem kearsipan konvensional memudahkan penemuan dokumen yang dibutuhkan, namun tingkat pertumbuhan arsip yang meningkat menjadi sulit ditemukan. Kondisi tersebut perlu diantisipasi dengan penggunaan teknologi yang memudahkan pengelolaan arsip. Begitu pula pada arsip yang medianya tersaji dalam bentuk mikrofilm, kaset , kaset video, compact disc, DVD, flash disk, hard disk, dan lain-lain. Metode yang digunakan untuk menganalisis adalah metode System Development Life Cycle, flow of document, data flow Diagram dan entity relationship diagram. Analisis yang dilakukan antara lain dengan melakukan riset atas sistem yang sedang berjalan dan mengumpulkan data untuk memperoleh Informasi yang dibutuhkan.Hasil rancangan sistem informasi berupa aplikasi yang diharapkan dapat memberikan kemudahan dalam pengelolaan data dan pencarian dokumen pada bidang tata usaha Taman Mini “Indonesia Indah”

Calibration of a Photometric Standard for Hard Dot Area measurement

Discussed are the specifications for a Photometric Standard of Hard Dot Area. Mathematical approximations have determined the desired pattern and frequency to be; cross hatch and 100 lines/in. respectively. When measuring the Photometric Standard, deviation from the actual area is attributed to micromotion in the aperture and diffraction in the Densichron 3885d (Sargent - Welch Scientific Co.). The desired specifications in the Photometric Standard allow precise measurements of ± 5% area. A Hard Dot Area Meter was designed and constructed, which simulates a photometric method that theoretically eliminates deviation from the actual area measured. It was statistically tested against microscopic measurements of the Photometric Standard

Farm and Home Research: 50-3

In this Issue: [Page] 2- Director’s comments [Page] 4- Highmore highlights: The very first field station in the northern Great Plains celebrates its centennial [Page] 9- The Highmore farm, our ‘stress station’: Its mission is 100 years old; its future is continued service to the people of the northern Great Plains [Page] 12- Water, water everywhere: SDSU scientists help analyze flooding in Waubay Lakes Chain [Page] 15- Making milk better: Higher fatty acid content contributes to healthier dairy products [Page] 18- Students trade in commodity futures [Page] 20- The South Dakota Connection: A looming disaster on the Canadian tundra threatens shorebird and geese flights through South Dakota [Page] 25- The trade-offs: Study finds acreage reductions may empty out Small Town, S.D

Farm and Home Research: Celebrating 50 years of Farm and Home Research

In this Issue: [Page] 2- Director’s comments: International exchange of plants and people [Page] 4- ‘Steppe by Steppe’: N.E. Hansen’s impact on agriculture [Page] 8- ‘On the March’: Siberian native at home on the range [Page] 10- SPA: enterprise analysis [Page] 14- A small plant grows smaller: Faculty and students gain global perspective [Page] 17- Potential danger in dugout . . . if water isn’t freshened by annual runoff [Page] 18- ‘Timing is everything’. . . in grazing western wheatgrass pastures [Page] 20- Turfgrass research is new at SDSU . . .to match state’s range in soils and climates [Page] 22- To specialize or diversify

Farm and Home Research: 50-4

In this Issue: [Page] 2- Director’s comments [Page] 4- Poison? Miracle nutrient?: South Dakota scientists pioneered selenium research. The torch has passed but the worldwide reputation remains [Page] 10- The Turner Team: Farmer-backed, cross discipline team produces nematode-resistant soybean [Page] 14- A safe supply for years to come: When the water may not be clean and safe, citizens and scientists turn to WRI [Page] 17- When can we stand down?: SDSU scientists gaining ground on all fronts in the war on scab [Page] 20- ‘Little robot that could’: Three students solved a problem, built a machine, and boosted their engineering careers [Page] 22- It’s our business: Agriculture’ is not just for farmers and ranchers alon

Farm and Home Research: 51-1

In this Issue: [Page] 1- Director’s comments [Page] 2- Ag Communications [Page] 3- Agricultural and Biosystems Engineering [Page] 4- Animal and Range Science [Page] 5- Biology and Microbiology [Page] 6- Chemistry and Biochemistry [Page] 7- Dairy Science [Page] 8- Economics [Page] 9 – College of Family and Consumer Sciences [Page] 10- Horticulture, Forestry, Landscape and Parks [Page] 11 – Plant Science [Page] 12- Rural Sociology [Page] 13- Veterinary Science [Page] 14-Wildlife and Fisheries [Page] 15- Service Labs [Page] 19- Out-State Stations [Page] 112th Annual Repor

Farm and Home Research: 51-2

In this Issue: [Page] 1- Director’s comments [Page] 2- From pasture to plate: Calf Valley Discovery Program enables cow/calf producers to improve their products [Page] 6- A South Dakota premium product, shipped out of state to the world is missing from our menus [Page] 10- TEAM Spurge mounts a combined assault in the pernicious weed because there is no silver bullet [Page] 14: Hoop barns work for hogs. Compared to a confinement barn, build one at about a third of the cost [Page] 17- High-oil corn grows okay, but raises feeding questions in SDSU research specialty hybrid with nearly twice the oil [Page] 20- SDSU Extension upgrades farm and ranch business training and presents the Master Business Manager program [Page] 23- Biostress Center of Excellenc

Persistence of Various Alfalfa Populations in South Dakota Rangeland

Inclusion of alfalfa (Medicago sativa L.) in grasslands has long been valued to increase forage production and quality. Persistence of alfalfa in semiarid rangeland has generally been poor when non‐adapted and/or conventional hay‐type cultivars are utilized, however. Demand exists for alfalfa cultivars that establish readily and persist, particularly under grazing, in semiarid rangelands. A wild population of predominantly yellow‐flowered alfalfa (Medicago sativa subsp. falcata) was found growing and reproducing naturally in the Grand River National Grassland in northwestern South Dakota. This predominantly falcata alfalfa therefore demonstrates persistence in this semiarid environment. We initiated a study in May 2006 at the SDSU Antelope Livestock & Range Field Station near Buffalo, SD to evaluate persistence and vigor of eleven alfalfa populations transplanted into mixed‐grass prairie. Populations consisted of four predominantly falcata experimental populations (three are naturally selected and locally adapted; one is artificially selected), one pure falcata experimental population, one pure falcata cultivar, two pasture‐type cultivars, and three conventional hay‐type cultivars. Greenhouse grown seedlings were transplanted on 1 m‐centers within three exclosures (35 m X 35 m) divided into two sections; one exposed to grazing, the other protected from grazing. Grazing by cattle was initiated in August 2007. During the 2008 and 2009 growing seasons, intense grazing of alfalfa plants and associated vegetation occurred monthly for 1‐2 days. Survival, height, and canopy volume of grazed and protected alfalfa plants were measured before each grazing event. Despite a harsh winter with persistent ice cover, data from May 2009 revealed that falcata‐based populations had the highest survival under grazing (mean survival = 36%). Pasture‐type cultivars and conventional hay‐type cultivars experienced substantial mortality losses under grazing (mean survival = 8%). Low mortality and high vigor of all protected plant populations indicates that grazing weakened the grazed plants, greatly increasing the risk of winterkill and winter injury. These findings reveal that environmental adaptation, in addition to a degree of grazing tolerance, is necessary for persistence under grazing in this semiarid region. Populations that exhibit high persistence under both grazing and severe winter conditions offer great potential for being utilized in the northern Great Plains

HUBUNGAN USIA, PENDIDIKAN DAN PARITAS DENGAN PENGGUNAAN AKDR DI PUSKESMAS DOLODUO KABUPATEN BOLAANG MONGONDOW

The family planning program (KB) in Indonesia has been recognized nationally and internationally as one of the programs that has significantly reduced fertility rates. The purpose of this study was to determine the relationship between age, education and parity with the use of IUD . This research was conducted at Puskesmas Doloduo Bolaang Mongondow District on August 8 until September 30th. This research is an analytic correlation research using crosssectional approach . The population in this study are all active acceptors of 850 people in the are a of Puskesmas Doloduo Bolaang Mongondow Utara . Sample in research that researched 85 respondent, with technique of accidental sampling sampling. Based on the Research Methods show that there is a relationship of age, education, and parity with the use of akdr in Puskesmas Doloduo Bolaang Mongondow District. Because p value 0 ,025

Distribution and Productivity of Naturalized Alfalfa in Mixed-Grass Prairie

Alfalfa (Medicago sativa L.) is an important forage and conservation crop in North America but occurrences of naturalized alfalfa in rangelands are rare. A naturalized population of yellow-flowered alfalfa in mixed-grass prairie on the Grand River National Grassland in South Dakota has potential agricultural value for the region. Despite this value, the distribution pattern of this alfalfa among and within native plant communities in the northern Great Plains is unknown. Field studies were conducted from 2003 through 2006 along topographic positions at two sites where yellow-flowered alfalfa was naturalized to evaluate the relationships of yellow-flowered alfalfa on biomass production, cover, species diversity, and alfalfa seedbank distribution characteristics. High yellow-flowered alfalfa cover (\u3e50%) was associated with increased total biomass and occurred exclusively in swales and toeslopes that had silty loam soils. However, species diversity and non-alfalfa biomass were reduced when yellow-flowered alfalfa cover was high. Yellow-flowered alfalfa cover was lower and species richness was higher on backslopes and shoulder areas where sandy loam soils were present. A strong positive linear association existed between yellow-flowered alfalfa cover and alfalfa seedbank density (r values ranged from 0.76 to 0.82, P \u3c 0.0001). Greater than 99% of the seeds were viable but germination rate was only 4%, indicating a high percentage of hard seed in this alfalfa population. Naturalized yellow-flowered alfalfa was a dominant component of a stable, low diversity plant community composed of mainly introduced species in rich soils of swales/toeslopes that contributed to forage production and quality in mixed-grass prairie in the northern Great Plains