Presentation on theme: "UFORE Project setup. Project setup I The UFORE project process Decide on UFORE analysis Read the Manual Make project decisions Make data collection decisions."— Presentation transcript:
Project setup II Q2: Sampling type R andom - plots are laid randomly throughout the area Grid - plots are laid on a fixed grid over area Randomized grid – plots are laid randomly within grid cells that are spaced evenly across the area.
Project setup II Q3: Plot number and size 30 – low budget, high error Near ±35%, depending on parameter 100 – medium budget, medium error Near ±20%, depending on parameter 200 – high budget, low error Near ±12%, depending on parameter Choice depends on local budget and use Typically 0.1 acre circle (37.2’ radius) in size, but other sizes possible—check Manual
Project setup II Q4: Options Long-Term Data Permanent plots take longer = cost more Recommended b/c allow measuring change Ground Cover Types Local decision on importance Hard to calculate function or value Shrub Data Local decision on importance Apparently minor role, though research poor
Project setup II Q5: Sub-groups for stratification Significant sub-groups within frame of study Land-use supplies most UFORE “strata” Local data: political (wards), organizational (neighborhoods), regulated units (zones), etc. National data: NLCD http://www.mrlc.gov/mrlc2k_nlcd.asp Any other possible, as long as it carries a significant impact on distribution of data being collected.
Project setup III Other project needs Digital boundary of study area (e.g., vector GIS file of city boundary) Digital boundaries of individual strata (digitized local maps or GIS layers) Logistical planning Equipment acquisition and training
Project setup III Plot generation Use one of methods discussed earlier Create master map of study area for planning Create individual ground maps for crew Make sure maps are Scaled North oriented Angle of view wide enough to locate reference points, narrow enough to see detail
Data collection I Non-field data (from Syracuse) Meteorological data Temperature, wind, etc. Air pollution concentration data 2000 data Outside US, need to get own Boundary layer height measurements Local twice-daily measurement
Data collection I Plot setup Use compass and measuring device to locate plot center from photo and/or map. Get permission to access property, if necessary. At plot center, establish references to permanent fixtures. Determine plot boundaries. Mark cardinal points.
Data collection II Details on field data in Manual PDF can be searched for field code on desktop Can cut codes from Word document, load on to PDA, search in field Paper form and PDA both coordinate with Manual Field problems not in Manual: i-Tree support
Data collection III Means Paper forms Copies in Manual, instruction binder and on CD One set used per plot Page 1: plot info, shrubs, ground cover Page 2: trees PDAs Pocket PC platform (2002 or 2003 version only) Data collection app in final testing Much faster and more accurate, once PDAs learned
Data collection IV Post field data collection Paper form data Enter into Excel ® Send to Syracuse for analysis as *.xls PDA data Upload to host machine In future: will be brought into local app For now: send as (disguised) *.mdb to Syracuse for processing
Data collection V Equipment DBH measurement tool Height measurement tool Compass Linear distance measurement tool Standard outdoor stuff Safety equipment Comfortable clothes Functional gear
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