Hi All,

 I want to share with fellow tree enthusiasts some exciting discoveries 
and forest ecology research in the Inner Bluegrass Region of Kentucky. 
This region is based primarily of Ordivician limestone and sits upon a 
slightly higher formation called  the Jessamine Dome. The soils of the 
region are among the most valuable in the commonwealth. It is the 
location of the first settlements in  Kentucky [Fort  Boonesborough,  
Harrodsburgh, Danville, Logan's Fort, Bryan's Station, etc.] during the 
late-1700s. Of course, horse farms still dominate the region. Thus, 
there is little forest across the region. The exception to this is the 
Palisades formation along the Kentucky River.

 I was asked by Beverly James, preserve manager, to look into the age 
structure of Floracliff Nature Sanctuary along the Inner Bluegrass in 
southern Fayette County [http://www.floracliff.org/about.html]. I was 
not too hopeful in the potential for old trees because the preserve is 
close to a major corridor [now I-75], has a series of fields within the 
sanctuary, is close to Lexington, KY, and, from an earlier visit, is 
dominated by a second-growth forest being overrun by bush honeysuckle. 
Yet, on the first visit, Beverly and her assistant Althea Wiggs, brought 
me to some very interesting looking chinkapin oaks, trees that seemed a 
bit out of place in the second-growth forest.

 Sure enough, their ages indicate they are out of place. In fact, they 
are from another time.

 With a great crew, now including Dr. Ryan McEwan of U. of Dayton, Ciara 
_____ (volunteer asst. at Floracliff) and Chris Boyer (undergrad at 
Eastern KY U), the six of us cored 20 living chinkapin [or chinquapin, 
if you prefer]. The first tree we cored came in at 372 yrs, the oldest 
documented tree in KY at the time. that record did not last too long, 
however. The second tree came in at 398 yrs, now the oldest-documented 
tree in KY. About half of the remaining sample shows chinkapin oaks from 
a different era living in Floracliff.

Below is the 'prelim' age structure for the chinquapin oak at 
Floracliff. These are ring counts, except for the two oldest individuals 
(who are cross-dated versus the other oak chronologies in eastern KY), 
so many of these ages could be ±5-10 yrs. We have not ring counted just 
the most interesting individuals.

 Tree    Date/Rings        Comments
 1        1637/372 yrs    cross-dated
 2        1611/398 yrs    cross-dated
 3        109 yrs            ring count
 4        153 yrs            ring count
 5        147 yrs            ring count - shows a release from 
competition in 1920s
 6        351 yrs            ring count
 7        321 yrs            ring count
 8        212 yrs            ring count - rotten tree, ~ 1/2 of the radius
 9        219 yrs            ring count
 11      315 yrs            ring count
 12      349 yrs            ring count
 14      287 yrs            ring count - rotten tree
 16      344 yrs            ring count
 17      370 yrs            ring count
 19      341 yrs            ring count
 20        81 yrs            ring count - tree next to main trail

 At least nine trees over 300 yrs [I think there are 1-2 more that will 
come close to 300 yrs]. What amazes me is that six of these trees are 
~340 yrs and 3 of those are ~ 370 yrs or older - WOW!

 I'll send Ed pictures of trees 2, 16 & 19.

 Related: under the direction of Ryan, most of this crew spent a couple 
days at Griffith Woods, a representation of the oak-blue ash savanna  
thought to be a settlement-era ecosystem that dominated the Inner 
Bluegrass [http://www.friendsofgriffithwoods.org/index.html]. This 
notion, however, is being challenged by the work of Ryan McEwan and 
Julian Campbell. A small, but powerful sample of remnant oaks and ash 
across the Greater Lexington area indicates that they are indeed old 
trees; many date to the late-1600s and early-1700s. However, most of 
these trees show an incredible increase in ring widths soon after 
European settlement, suggesting the Inner Bluegrass was initially 
forested prior to Euro-settlement. Initial cores from Griffith Woods 
seems to suggest something similar [ref available here: 
http://academic.udayton.edu/RyanMcEwan/Pub/Pub.htm]. I'll send Ed some 
pix of these trees, too.

neil
 

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