Reduce texts, include only the important ones. Change the whole template text carefully. There are still many default texts left (e.g., Engineering Economics). If necessary, change the design as well.
All figures should be a map properly plotted using layout tools in QGIS. Do not put a screenshot. Maps components should be at least: the map itself and legends (colorbar).
Make it clear. What are your raster/vector input data? Mention them clearly. Do not mention what you did not use (e.g., mentioning soil data but there is no soil data used). Don’t get wrong on your data (e.g., mentioning satellite imagery data as slope data? Totally different)
Then make your method clear as well. What kind of calculation is applied to your dataset (e.g., how you apply NDVI and slope to get the results)?
You have to plot all the data input and show it in the poster.
No groups have well discussed the result. Please interpret the results you get. Discuss it. What are the interesting things? Look more into the map you obtained.
The possible discussions for each group: Group Flood: The results after applying the threshold, the verification with visual check from the true color, which locations are flooded based on the results, how they are compared with the reported ones from the news etc. Group Civil: Discussing the topographical condition of the building area based on the contour basemap from DEMNAS, and how we used the map for further construction planning (e.g., soil cut and fill needs). Group Landslide: Which locations are prone based on the results, indicate using some inset and zoom in that area, compare it with true color map or landcover data, to indicate what kind of landuse setting is more prone. Group Road Path: Use more rasters as multicriteria inputs. You can make an integrated raster by combining: 1) slope, 2) elevation, and 3) landcover data. The combining process can be through raster calculators (multiplying, summing up over rasters, etc.). Then the further discussion can be the condition of the road (what’s the intersection, existing land clearing, etc.), and adjust your results if that will be constructed. Group Land Suitability: Applying some threshold to only include grids which are suitable, and verify them with a visual check from the true color, which existing landuse locations are suitable. Are they already a cropland? Indicate the locations that need to be converted (from non-cropland). Group Landcoverchanges: Focus on a smaller area (city), use three periods (past, middle, current). Indicate what kind of changes. Is the an urban expansion? You can calculate the percentage of change in urban areas and discuss it.
Submit the revised poster to vempi[at]ugm.ac.id by 23:59 on Thursday, 5 June 2025.
