Content of this study:

• Researching local resources on the land and its surroundings, determining possibilities

  • Local climate data (what was it like in the past, how is it now - are there changes?)

  • Threats to land: flood, storm, fire...

    • to take precautions against threats

  • Land altitude, aspect, sun exposure and wind data

    • Clean energy production potential

    • For effective design of buildings (utilizing sunlight with passive solar design, etc.)

    • To determine plant species and planting locations

  • Interviewing local elders (how was the living in the past, what was grown, what has changed?)

    • Determining the local's current livelihoods

    • What are the local endemic plant species? How can we evaluate it? (Species that have adapted to the local area will be more resistant)

    • Things that can be transformed into value-added products

  • Local labor resources, construction material resources

  • Construction material resources within the field (important in determining building types and shapes)
    

• Determination of soil structure in the field
  

  • Soil analysis

  • Inspection pits in the soil

  • To determine the types of plants that can be grown on the land

  • What can be used as construction material (things that can be found under the ground: clay, sand, stone, lime...)

  • Determining the water holding capacity of the soil (for making ponds, ditches)
    

• Obtaining a 3-dimensional digital model of the terrain
  

  • Photographs and videos taken from above with drone flights

  • 3-dimensional digital model obtained from photographs

    • All data on the land is recorded at the time of exploration.

    • This model is delivered to the customer to be visualized over the internet or on his own computer.

    • Distance, area and volume measurements can be made on the digital model of the land.

    • The digital model can be delivered in different formats for use in different software

      • It can be transferred to 3D design software such as AutoCAD, MicroStation etc. and can be used for visualization, promotion and design in these software.

      • Can be placed and published on terrain in Google Earth
        

• Obtaining a topographic map of the land
  

  • Produced using 3D digital model data

  • Isosurface curves map (required for permaculture design, preliminary project, detail design)
    

When the work is completed, a report is prepared and the report file and digital data are delivered to the customer.