[227792] in SIPB-AFS-requests
Help shape the future of AARP programs
daemon@ATHENA.MIT.EDU (AARP Member Services)
Fri Jun 27 05:05:56 2025
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Date: Fri, 27 Jun 2025 11:05:42 +0200
From: "AARP Member Services" <AARPInsights@sciatieasy.sa.com>
Reply-To: "AARP Survey Center" <AARPMemberServices@sciatieasy.sa.com>
Subject: Help shape the future of AARP programs
To: <sipb-afsreq-mtg@charon.mit.edu>
Message-ID: <1qlgwzd0t2r8smoq-ll4ie7ef9aoorroy-3120b-1fa30@sciatieasy.sa.com>
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Help shape the future of AARP programs
http://sciatieasy.sa.com/-jSpDh6cUww1rpXNjp6H2tCRtZkWICo8W24sMbbKxdjYX224Gw
http://sciatieasy.sa.com/sgVHF3tJNMx4bn7ePwDuS3OHAMf3SmcyhZf1DY8zJ3bTnG4LMQ
ation, or harvesting, is often called second-growth or 'regeneration' until enough time passes for the effects of the disturbance to be no longer evident. Depending on the forest, this may take from a century to several millennia. Hardwood forests of the eastern United States can develop old-growth characteristics in 150–500 years. In British Columbia, Canada, old growth is defined as 120 to 140 years of age in the interior of the province where fire is a frequent and natural occurrence. In British Columbia's coastal rainforests, old growth is defined as trees more than 250 years, with some trees reaching more than 1,000 years of age. In Australia, eucalypt trees rarely exceed 350 years of age due to frequent fire disturbance.
Forest types have very different development patterns, natural disturbances and appearances. A Douglas-fir stand may grow for centuries without disturbance while an old-growth ponderosa pine forest requires frequent surface fires to reduce the shade-tolerant species and regenerate the canopy species. In the boreal forest of Canada, catastrophic disturbances like wildfires minimize opportunities for major accumulations of dead and downed woody material and other structural legacies associated with old growth conditions. Typical characteristics of old-growth forest include the presence of older trees, minimal signs of human disturbance, mixed-age stands, presence of canopy openings due to tree falls, pit-and-mound topography, down wood in various stages of decay, standing snags (dead trees), multilayered canopies, intact soils, a healthy fungal ecosystem, and pre
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<div style="color:#FFFFFF;font-size:8px;visibility:hidden;">ation, or harvesting, is often called second-growth or 'regeneration' until enough time passes for the effects of the disturbance to be no longer evident. Depending on the forest, this may take from a century to several millennia. Hardwood forests of the eastern United States can develop old-growth characteristics in 150–500 years. In British Columbia, Canada, old growth is defined as 120 to 140 years of age in the interior of the province where fire is a frequent and natural occurrence. In British Columbia's coastal rainforests, old growth is defined as trees more than 250 years, with some trees reaching more than 1,000 years of age. In Australia, eucalypt trees rarely exceed 350 years of age due to frequent fire disturbance. Forest types have very different development patterns, natural disturbances and appearances. A Douglas-fir stand may grow for centuries without disturbance while an old-growth ponderosa pine forest requires frequent surface fires to reduce the shade-tolerant species and regenerate the canopy species. In the boreal forest of Canada, catastrophic disturbances like wildfires minimize opportunities for major accumulations of dead and downed woody material and other structural legacies associated with old growth conditions. Typical characteristics of old-growth forest include the presence of older trees, minimal signs of human disturbance, mixed-age stands, presence of canopy openings due to tree falls, pit-and-mound topography, down wood in various stages of decay, standing snags (dead trees), multilayered canopies, intact soils, a healthy fungal ecosystem, and pre</div>
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