11.09.2014 Views

annual report 2011 - Forestry Tasmania

annual report 2011 - Forestry Tasmania

annual report 2011 - Forestry Tasmania

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Biology and Conservation - Key research and development projects (continued)<br />

Sustainability Objective<br />

FT Staff and<br />

Collaborators<br />

Project name and aims 2010-11 Progress<br />

1. Sustain biodiversity and habitat<br />

1.4 Oldgrowth forests<br />

(cont.)<br />

S Grove<br />

A Phillips<br />

A Hingston<br />

Collaborators<br />

CRC for<br />

<strong>Forestry</strong><br />

SST Biodiversity<br />

Document the biodiversity impacts from the<br />

range of silvicultural treatments available for<br />

harvesting wet eucalypt forests.<br />

Completed <strong>annual</strong> bird and ground beetle surveys of the SST in the control<br />

and treatments that have reached 10-year post harvest (CBS + UI 1 and 2,<br />

DRN-2).<br />

T Wardlaw<br />

A Hingston<br />

Collaborators<br />

University of<br />

<strong>Tasmania</strong>,<br />

Oregon State<br />

University,<br />

Washington<br />

State<br />

University<br />

Forest influence<br />

Test the nature and magnitude of forest<br />

influence into harvest areas of old clearfells, and<br />

how influence effects vary dependent on the<br />

successional stage (wet sclerophyll versus mixed<br />

forest) of the adjoining retained forest.<br />

Liaised with overseas collaborators to participate in global meta-study to<br />

measure forest influence.<br />

Selected suitable sites and established 5 plots to measure forest influence<br />

in each of three clearfell, burn and sow age classes (5-10 year-old, 22-28<br />

year-old, 39-45 year-old).<br />

Tested sample of TFIC insects for their suitability for DNA barcoding.<br />

2. Sustaining jobs for current and future generations<br />

2.4 Plantations<br />

Establish and manage plantations<br />

to maintain timber supply levels<br />

to industry.<br />

T Wardlaw<br />

M Syme<br />

Dead branch defect in pruned plantations<br />

Understand the risk factors associated with<br />

branch trace defects developing after pruning<br />

dead branches and develop appropriate<br />

mitigation measures.<br />

Amended pruning prescription to reduce likelihood of branch trace defect<br />

following pruning of dead branches.<br />

18

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!