PHOTOGRAPH: Perhutani Digital Forest Carbon Map
The final project of ESRI Professional Fellowship Program 2023
INTRODUCTION
Greetings! I am Jefri Gibson Nababan , a dedicated forest planner with a passion for designing and implementing strategic land use plans that balance economic, ecological, and social considerations. With a focus on sustainable resource management, I bring a wealth of experience in navigating the intersection of forestry, environmental science, and community engagement.
In my role as a forest planner in Perum Perhutani , I have honed my expertise in sustainable forest management. My approach involves integrating cutting-edge technology, environmental principles, and stakeholder collaboration to develop comprehensive forest management strategies.
BACKGROUND
Why does Perum Perhutani need to develop PHOTOGRAPH?
AIMS AND OUTPUTS
What are the aims of this project?
- To build a digital map and dashboard of carbon stocks monitoring.
- To calculate carbon savings, biomass, carbon dioxide sequestration and oxygen production.
What are the outputs of this project?
- The PHOTOGRAPH: a digital map and dashboard.
- The value of carbon savings, biomass, carbon dioxide sequestration and oxygen production.
METHOD
Where is the location of the project?
Teak Forest in RPH Cisujien, Sukabumi, Perum Perhutani (area with yellow colour)
What kind of Data that the project needed?
Tree Volume in RPH Cisujen, Sukabumi 2023 Teak Plantation Forest Boundaries (shapefile) 2023 Wood Density of Teak Biomass Expansion Factor of Teak
How to calculate the Biomass, Carbon Savings, Carbon Dioxide Sequestration and Oxygen Production?
What step should we do first?
1. Data Collection
gather all information about tree volume and boundaries in KPH Sukabumi.
2. Biomass, Carbon, Carbon Dioxide and Oxygen Calculation
calculate the values according to the formula.
3. Biomass, Carbon, Carbon Dioxide and Oxygen Mapping
create the map with ArcGIS Pro and ArcGIS Online
4. PHOTOGRAPH Desigining
build "PHOTOGRAPH" dashboard with ArcGIS Online
RESULT
The ensuing presentation features the dashboard, an output derived from this project, displayed below for reference. Check this out: https://www.arcgis.com/apps/dashboards/653351862dae425182d83f556c7ce0b8
PHOTOGRAPH Dashboard Desktop View
PHOTOGRAPH Dashboard Mobile View
PHOTOGRAPH is poised to present comprehensive data pertaining to the quantification and distribution of Biomass, Carbon Savings, Carbon Dioxide Sequestration and Oxygen Production within KPH Sukabumi.
Total Value of Biomass, Carbon Savings, Carbon Dioxide Sequestration and Oxygen Production in RPH Cisujen, Sukabumi.
The graph above shows that the value of biomass, carbon saving, carbon dioxide sequestration and oxygen production in RPH Cisujen is 35,672.55 ton; 16,766.1 ton; 61,531.58 ton and 44,765.48 ton respectively.
CONCLUSION
In conclusion, PHOTOGRAPH serves as a valuable tool for Perhutani in monitoring carbon stocks, contributing to the fulfillment of Indonesia's NDC. Furthermore, PHOTOGRAPH provides a detailed presentation of biomass, carbon savings, carbon dioxide sequestration, and oxygen production values in RPH Cisujen, quantifying them at 35,672.55 ton, 16,766.1 ton, 61,531.58 ton, and 44,765.48 ton, respectively.
REFERENCES
Badan Standarisasi Nasional. 2011. SNI 7724. Pengukuran dan Penghitungan Cadangan Karbon, Pengukuran Lapangan untuk Penaksiran Cadangan Karbon Hutan (Ground Based Forest Carbon Accounting). Badan Standarisasi Nasional : Jakarta. Bismark, M., N.M. Heriyanto, Sofyan Iskandar. 2008. Biomassa dan Kandungan Karbon pada Hutan Produksi di Cagar Biosfer Pulau Siberut, Sumatera Barat. Jurnal Penelitian Hutan dan Konservasi Alam. 5(5): 397-407. Nowak, DJ., Hoehn R., Crane DE. 2007. Oxygen Production by Urban Trees in the United States. Agr Urban For. 33(3): 220-226
ACKNOWLEDGEMENT
I express my sincere gratitude to all those who have contributed to the successful completion of this project. Special thanks to Mbak Annisa and Mas Yoga from ESRI Indonesia, whose guidance and expertise were invaluable throughout the project process. I also extend my thanks to Mr. Sofi, Mrs. Veronika and Mas Yunan for the input and advice to this project. Additionally, I acknowledge the support received from Perum Perhutani, which facilitated the realization of this project. Lastly, heartfelt thanks go to anyone who contributed in any capacity; your support has been integral to the accomplishment of our objectives.
"Perseverance is not a long race; it's many short races one after the other. Keep going." - Walter Elliot-
