Not Just Dots on a Map: How Geography Influences Real World Decisions Part 1
1. Ins and Outs of Mapping: GIS = efficiency for your garden Patrick Griffith Michael Calonje Ericka Witcher Chad Husby M ONTGOMERY B OTANICAL C ENTER Miami, Florida, USA
2. GIS = efficiency for your garden Ins and Outs of Mapping: ide the garden ide / Patrick Griffith Michael Calonje Ericka Witcher Chad Husby M ONTGOMERY B OTANICAL C ENTER Miami, Florida, USA
5. INTRODUCTION basic “efficiency” ethic: maximize output minimize waste stated plainly: get more work done. spend less money. use less time. CONTEXT EXAMPLES CONCLUSION
7. BG-Base BG-Map inventory laser survey quadrant maps, etc. phenology work MBC mapping systems, 2004
8. BG-Base BG-Map inventory laser survey quadrant maps, etc. phenology work legacy system gave some frustrations MBC mapping systems, 2004
9. BG-Base BG-Map inventory laser survey quadrant maps, etc. phenology work legacy system gave some frustrations . . . so we considered some options MBC mapping systems, 2004
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11. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards.
12. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college.
13. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue
46. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example two example three example four example five example one BASIC MAPS grids and areas
47. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example two example three example four example five example one BASIC MAPS for casual visitors
48. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example two example three example four example five example one BASIC MAPS for growth and development studies
49. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example two example three example four example five example one BASIC MAPS for growth and development studies volunteer labor
50. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example three example four example five Inside the garden, outside the garden
51. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example three example four example five Inside the garden, outside the garden LANDSCAPE PLANNING example two
52. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example three example four example five Inside the garden, outside the garden LANDSCAPE PLANNING example two 1 plant = ca. 7 m 1 acre = ca. 550 plants 2
53. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example three example four example five Inside the garden, outside the garden LANDSCAPE PLANNING example two elevation
54. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example three example four example five Inside the garden, outside the garden LANDSCAPE PLANNING example two elevation free data (!)
55. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example three example four example five Inside the garden, outside the garden LANDSCAPE PLANNING example two wind damage
56. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example three example four example five inside the garden, outside the garden
57. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example four example five inside the garden, outside the garden INVASIVE SPECIES MANAGEMENT example three
58. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example four example five inside the garden, outside the garden INVASIVE SPECIES MANAGEMENT example three
59. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example four example five inside the garden, outside the garden INVASIVE SPECIES MANAGEMENT example three intern project: scoping the extent of removal work
60. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example four example five inside the garden, outside the garden INVASIVE SPECIES MANAGEMENT example three intern project: scoping the extent of removal work
61. INTRODUCTION CONTEXT EXAMPLES CONCLUSION example one example two example three example four example five inside the garden, outside the garden
81. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue now it’s 2010
82. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue now it’s 2010 let’s look back at the old options
83. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue
84. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue function is better integrated specific problems solved. frustrations reduced “ light” solutions available 2010:
85. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue function is better integrated specific problems solved. frustrations reduced “ light” solutions available 2010:
86. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue 2010:
87. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue data is still hosted onsite our expertise meets our needs “ light” solutions available 2010:
88. OPTION ONE (2005): custom solution. BENEFITS: fully integrated system. built to our “unique” specs. exceeding all other systems. ADDITIONAL COSTS: over $300,000 in year one variable afterwards. OPTION TWO (2006): university CS partner. BENEFITS: deep expertise cutting edge systems ADDITIONAL COSTS: $5,000 in year one. $2,000 yearly. data stored at college. OPTION THREE: Leave it alone. BENEFITS: we know our systems our systems work OK ADDITIONAL COSTS: frustrations may continue data is still hosted onsite our expertise is OK “ light” solutions available 2010:
91. 1. first, build a great team. recommendations for your mapping system:
92. 1. first, build a great team. recommendations for your mapping system: [ every success starts here! ]
93. 1. first, build a great team. 2. don’t start over; unique = too expensive recommendations for your mapping system:
94. 1. first, build a great team. 2. don’t start over; unique = too expensive recommendations for your mapping system: [ use common software and free data ]
95. 1. first, build a great team. 2. don’t start over; unique = too expensive 3. incrementally integrate systems as needed . recommendations for your mapping system:
96. 1. first, build a great team. 2. don’t start over; unique = too expensive 3. incrementally integrate systems as needed . recommendations for your mapping system: [ just solve specific problems ]
97. 1. first, build a great team. 2. don’t start over; unique = too expensive 3. incrementally integrate systems as needed . 4. it will be less expensive (or free) in the future. recommendations for your mapping system:
98. 1. first, build a great team. 2. don’t start over; unique = too expensive 3. incrementally integrate systems as needed . 4. it will be less expensive (or free) in the future. recommendations for your mapping system: [ don’t overpay -- be patient ]