Add to ORKGCommercial afforestation by rooted cuttings of superior trees of Pinus radiata offers a rapid method of plantation improvement in tree quality. Biological hazards to clonal plantations are con-sidered unlikely to be greater than to seedling plantations. Estab-lishment of clonal plantations is technically and economically feasible as rooted cuttings can be mass-produced cheaply from trees up to 15 years of age. Cuttings from older trees can be rooted after pre-severance treatment similar io girdling in air-layering. A time-table is proposed for performance testing of clones in an 11-year programme
Pinus radiata is an important plantation forest species in Tasmania and other regions of the world....
Typescript (photocopy).This dissertation presents results of two separate studies. The first study e...
Techniques of clonal selection, establishment of hedged stool-beds, and cutting propagation have bee...
Scions from selected Pinus radiata D. Don trees were grafted on to open-bed-grown seedlings. The res...
In a 2-faa block of alternate rows of seedlings and cuttings of Pinus radiata D. Don established on ...
Two site preparation techniques- ripping and ripping plus bedding- were compared with an uncultivate...
A review of the literature concerned with the formation of adventitious roots in stem cuttings of Pi...
The advantages of using tested clones in Pinus radiata D. Don forests were compared with current ope...
This thesis investigates current and potential deployment strategies using stecldings of Pinus radi...
In a Pinus radiata D. Don provenance-progeny trial on two contrasting pumiceland sites, the developm...
The effect of strangulation of the stems of 2- and 7-year-old Pinus radiata D. Don trees on the deve...
Risks, other than those associated with genetic uniformity and reduced genetic diversity, in impleme...
On three pasture sites at Putaruru, Rotorua, and Taradale, and on one forest site at Kaingaroa, the ...
The use of vegetative propagation in forestry has a long history. In this chapter of special issue, ...
The Irkutsk region has large forests. They occupy 83% of the territory and amount to more than 11% o...
Pinus radiata is an important plantation forest species in Tasmania and other regions of the world....
Typescript (photocopy).This dissertation presents results of two separate studies. The first study e...
Techniques of clonal selection, establishment of hedged stool-beds, and cutting propagation have bee...
Scions from selected Pinus radiata D. Don trees were grafted on to open-bed-grown seedlings. The res...
In a 2-faa block of alternate rows of seedlings and cuttings of Pinus radiata D. Don established on ...
Two site preparation techniques- ripping and ripping plus bedding- were compared with an uncultivate...
A review of the literature concerned with the formation of adventitious roots in stem cuttings of Pi...
The advantages of using tested clones in Pinus radiata D. Don forests were compared with current ope...
This thesis investigates current and potential deployment strategies using stecldings of Pinus radi...
In a Pinus radiata D. Don provenance-progeny trial on two contrasting pumiceland sites, the developm...
The effect of strangulation of the stems of 2- and 7-year-old Pinus radiata D. Don trees on the deve...
Risks, other than those associated with genetic uniformity and reduced genetic diversity, in impleme...
On three pasture sites at Putaruru, Rotorua, and Taradale, and on one forest site at Kaingaroa, the ...
The use of vegetative propagation in forestry has a long history. In this chapter of special issue, ...
The Irkutsk region has large forests. They occupy 83% of the territory and amount to more than 11% o...
Pinus radiata is an important plantation forest species in Tasmania and other regions of the world....
Typescript (photocopy).This dissertation presents results of two separate studies. The first study e...
Techniques of clonal selection, establishment of hedged stool-beds, and cutting propagation have bee...