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seedEnergy Company Profile Business Focus Business Achievement In the same five-year
period seedEnergy has
invested over $1 million to purchase high quality land for seed orchards. seedEnergy is managed by a Board of Directors consisting of David Boomsma, Andrew Cameron and Peter Gore seedEnergy Key Clients Seed Orchard Estate
Tasmanian Blue-gum (Eucalyptus globulus) In collaboration with research scientists at the CRCSPF, STBA and seedEnergy staff designed a new seed production system for Eucalyptus globulus called Mass Supplementary Pollination (MSP). Our MSP seed production system uses the very latest in controlled pollination methods to produce large quantities of full-sib family seed for deployment. The very best families are selected for deployment from the Southern Tree Breeding Association’s advanced generation breeding program. This program, arguably the most advance in the world, tested over 200,000 trees collected from 1,300 native-stand parent trees in 49 progeny tests before selecting 600 parents for the production of second-generation families. Since 1995, STBA has established over 350 second-generation families in 17 progeny tests across Australia. The STBA breeding values, calculated using data from these progeny tests, are used by seedEnergy to select the best families for deployment in plantations. Using our MSP seed production system we expect to deliver genetic gains in the order of 35 percent gain for volume and 5 percent gain for wood density. Shining gum (Eucalyptus nitens) seedEnergy supplies genetically improved Eucalyptus nitens seed that is selected for superior volume production and wood density. Field trials were established in 1999 to evaluate the genetic worth of the seed orchard trees. Analysis of the data at age-three revealed an average gain in volume of 18% over natural stand seedlots. By selecting the top 25% of the seed orchard trees, gains in volume of 28% and gains in wood density of 1.6% are predicted. Radiata Pine (Pinus radiata) The breeding programs and seed production strategies for this species have developed rapidly over the past 40 years. The breeding work has culminated in an advanced breeding strategy for radiata pine developed a decade ago, by the STBA. As a direct result of this national breeding effort seedEnergy has substantial genetic and physical resources on which to service demand for seed orchard radiata seed. Over 200 progeny trials delivered more that 2,500 selections from which 300 parents have been used to create a third generation of progeny. Clients request the highest breeding value seed from both open pollinated and control pollinated seed production programmes. Open pollinated seed has predicted gains in volume of up to 25%, plus gains in stem form and branch quality. Control pollinated seed has predicted gains in volume of up to 40%.
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