Poplar & Fast Growing Trees Research
Group organized in 1987 to carry out basic and applied research
in various aspects like many other countries, Including:
- Studies on the conservation of poplar and willows genetic recourses.
- Identification of natural sites of poplar and willows in Iran.
- Genetic improvement of poplar trees by using hybridization.
- Agroforestry research such as combining poplar cultivation system
and agriculture (Intercropping) and Utilization of poplar biomass
as fodder.
- Comparison of different poplar clones at different geographical
conditions for introduction of appropriate clones.
- Determination of appropriate poplar clones in short rotation
systems.
- Production of poplar, by using tissue culture technique.
- Collection and Identification of willow species.
- Genetic diversity and Identity of poplar clones using molecular
markers such as RAPD & SSR.
The group has required experts and facilities to carry out numerous
projects, performing a great number of applied projects during
a period of its life. The group has achieved remarkable successes.
The research on Populus species carried
out in 16 Stations of 3 different climatic and edaphic parts of
Iran.
1- Populus caspica growing area, these
trees are distributed naturally in low altitude area in north
regions of Iran.
2- Populus alba and Populus
nigra growing area in different part of Iran.
3- Populus euphratica growing area distributed
naturally in vast regions. But the largest area is located along
the margins of the large rivers in Khuzistan province.
However, Poplar and Fast Growing Trees Research Group is working
on natural and artificial plantations to promote quantitative
and qualitative characteristics of wood in different ecological
regions.
Sub-groups:
1. Popular Research Group
2. Salix Research Group
3. Other Soft Wood Fast-growing Trees Research Group
Achievements of Poplar & Fast
Growing Trees Research Group
• Introduction of high production poplar clones in different geographical
conditions of Iran for cultivating in vast area.
• Introduction of poplar clones with high production of dry wood
matter per hectare per year in 2, 3 and 4 years short rotation systems.
• Identification of poplar clones by using molecular markers such
as RAPD and SSR.
• Identification of poplar clones by using morphological attributes.
• Investigation of poplar phenology were grouped the poplar clones
based on living activities periods. Regarding the matter, poplar
clones with short growth period are suitable for cold regions and
clones with longer growth period are suitable for planting in the
warmer regions of Iran.
• To provide new feed resources for animals, productivity of poplar
clones were evaluated for one- year- old seedlings. Estimation of
biomass yield (leaf and edible branch) showed that the amount of
poplar biomass production was acceptable. As well as quality of
the biomass was acceptable.
• Successful experiments of hedgerow intercropping of poplar with
alfalfa showed that some treatments can be producing a large amount
of wood and alfalfa.
All results of achievements published at different related journals.