Multipurpose National Forest Inventory in Mongolia, 2014-2017 -A tool to support sustainable forest management

Author:

Altrell Dan1

Affiliation:

1. Food and Agriculture Organization of the United Nations; Formerly Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH

Abstract

Mongolia’s first Multipurpose National Forest Inventory, 2014-2017, was implemented by the Forest Research and Development Centre, in collaboration with international expertise and the country’s main forestry institutions, universities and research organisations.The long-term objective of the multipurpose NFI is to promote sustainable management of forestry resources in Mongolia, to enhance their social, economic and environmental functions.The NFI findings show that there are 11.3 million hectares of Boreal Forest in Mongolia. 9.5 million hectares are Stocked Boreal Forest Area, of which 69 percent is located outside of protected areas, 4 percent are designated for green-wood utilisation through forest enterprise concessions, and another 16 percent designated for fallen dead-wood collection through forest user group concessions. The non-protected stocked forests (i.e. production forest) have an average growing stock volume of 115 m3 per hectare, compared with an optimal growing stock volume of 237 m3 per hectare, and there is an additional 46.5 m3 of dead wood per hectare. The growing stock age distribution shows that 24 m3 per hectare are over 200 years (i.e. economically over-aged). The main tree species in stocked forest are Larix sibirica (81%), Pinus sibirica (7%), Betula platyphylla (6%) and Pinus sylvestris (5%), of which all, except for P. sibirica, are classified as legally harvestable tree species. Wild fire is the current main environmental factor decreasing the forest tree biomass.The NFI helped identifying priority areas for the forestry sector, and to guide the implementation of sustainable forest management at the local level. The main forest management challenges of Mongolia’s boreal forest will be to address that they are a) under-stocked (less than 50% of production potential), b) over-aged (31% of growing stock volume in stocked production forest is above optimal production age), and c) under-utilised (4% of forest area designated to green-wood utilisation). 

Publisher

Russian Geographical Society

Subject

Environmental Science (miscellaneous),Geography, Planning and Development

Reference24 articles.

1. Altrell D. (2015). NFI Estimation Methods and Data Models. Ulaanbaatar. GIZ. Breiman, L. (2001). Random Forests. Machine Learning: 5–32.

2. Dorjsuren Ch. (2017). Estimation of Aboveground Biomass and Carbon stock in Mongolian Boreal Forest. Ulaanbaatar. GIZ.

3. Dorjsuren Ch., Dugarjav C., Tsogt Z., Tsedendash G., and Chuluunbaatar T. (2012). Forest Mensuration Handbook of Mongolia. Ulaanbaatar. Institute of Botany at the Mongolian Academy of Science. Mongolian Forest Agency.

4. Erdenejav, E. (2014a). Assessment of Boreal Forest Area in Mongolia Using Dot-Grid Sampling. Ulaanbaatar. GIZ

5. Erdenejav E. (2014b). Multipurpose National Forest Resources Inventory of Mongolia: Allocation sampling clusters NFI Mongolia. Ulaanbaatar. GIZ.

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