EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
i fr<br />
F<br />
ti 1<br />
074 0'74<br />
H<br />
RECEIVED DOE-RL<br />
Statement of Estella B. Leopold JUL 18 IM<br />
Department of Be i.e.<br />
0074<br />
University of Washington WMD IVIIjbN<br />
CLIMATE CHANGE<br />
The <strong>EIS</strong> makes su perficial mention of possible impacts from<br />
climate Chour. but the treatment Is inade quate in terms of human<br />
safewty. Considering the importance at long harm conditions, and<br />
3.5.6.1 ea lth of modern data climate systems (unexplored by DOE)<br />
this topic in short shrift, is undo..... two and I. ..fully<br />
inadequate. Just.entioning a problem is no substitute for an<br />
analysis.<br />
3<br />
The safet y of the buried .defense wastes as well.. as the<br />
repository must be considered on a geologic time9[ale. Th.<br />
federa l. suidelines indicate that radioactive wastes must not leak<br />
into the accessible environment for 10,000 years. That figure<br />
.5.6.1 should better he 100,000 years, Considering the length of time<br />
before the high level wastes ..aidtlec.. to a safe " level".<br />
10,000 years i x the 'age of our vilisation. 100,000 years is<br />
the age of later Stone age cultures•<br />
An analysis of past timing of climate and glaciation an such a<br />
timescale can be a basis for projecting the future climate for<br />
astern Washington.<br />
e The reason this 1s relevant is that any Change in climate means<br />
Change in hydrology.<br />
Long range climate can now be predicted because it i<br />
established that our climate is forced be orbital Characteristics<br />
on earth, not mentioned by the <strong>EIS</strong>.<br />
The Present interglacial, 10,000 9rs long se far, has been<br />
..line Over the last 4000 years. TM1e last interglaCial CompleN,<br />
recorded be detailed fossil pollen data in France, sh ... d 3 w<br />
periods , each as warm a as today, each lasting as 10,009 years and<br />
_.... each entling rather O .ly with arJar ice is v.. . t in the Vosges<br />
.<br />
p . .took only C . 1 110<br />
]0 y ears for tem perate tt to be<br />
replaced Sc a boreal n radian type near Paris. In n the ye third<br />
cooling,<br />
Scanar an i reached Amsterdam only 4000 bears after<br />
the warmest part t of theCenterglaciaL<br />
this figure. This projection is sntetl, s it appears to be<br />
a guess. Pat based on serious a sroa.h.<br />
Under A full glacial climate, catastrophic flood. like the<br />
Missoula floods of the late-glacial accross eastern Washington,<br />
could wipe out the alluvium of the HHnford Reservation, change<br />
the position of the Columbia River. r ing part or all of the<br />
buried waste tanks, the reactors, asd gthe Purex Plant (net<br />
mentioned).<br />
Recent flootls in relation to HO.1—d ... dealt with<br />
su p erficiall y . Floods of historical ma gnitude (1949 and 1894)<br />
with about 21.,000 cubic meters/sec "would inundate the l00-F area<br />
but woultl be of little c e to the rest of the <strong>Site</strong>' (p<br />
4.10 no documentation). However such floods would im pact ground<br />
water .levels awa y from the river and flush out existin g wastes in<br />
the alluvium into the raver.<br />
The <strong>EIS</strong> considers failure of the grand Coulee Dam. But it only<br />
Considers scenarios for 25% and 902 failure. It sa ys the 100<br />
areas and J00 area along the r mould be flooded, but falls to<br />
Point out the relation to the N VRee,tor which would indeed be<br />
flooded. DOE's Ca pacit y to shut dome o Op erate the Plant 'woultl<br />
be insignificant. Such a condition suld u s pell severe disaster<br />
with • grave environmental c nse guences for the re9,ion of. the<br />
Columbia Basin and the liver Ṫhe HPPS Nuclear Plants woultl also<br />
be flooded. DOE fails to deal with these obvious hazards.<br />
The <strong>EIS</strong> do.. at take ^^ !to ac .t that if the Grand Coulee<br />
Dam<br />
thePriest R rw 0 m just above the <strong>Hanford</strong><br />
Reservation r ic a old probably 90 too. and this event mi ght increase<br />
Public ha2ar tl5 b y anofheY order of agnitutle.<br />
a<br />
v<br />
In ........ the RIB does not adequatel y address the topic of<br />
environmental and climate. change. With all the geological<br />
ex p ertise 005 has brou g ht to bear an the 218, it has avoided the<br />
most serious problem of all-- time and long term h y drology. This<br />
is a fatal flaw of the <strong>EIS</strong> and the Project.<br />
3.5.6.8<br />
3.5.6.5<br />
3.5.6.6<br />
This means that the earth probably will experience the<br />
begining of a major glaciation. within the next 4-5000 years. A<br />
delay estimated at ca 2000 yr. Could be ..need by CO2 i<br />
of the atmosphere (however, the s called greenhouse effect ® does<br />
not .... to be happening). C.Pmarvativel y projecting from the<br />
past 100,000 .Bare, . shift to a glacial climate should b Co.,<br />
in 5-7000 yrs.<br />
RECEIVED( DOERL<br />
I$ue-<br />
JUL2-r WG 0074<br />
WM DIVISION<br />
DOE assumes that Precipitation might double in eastern<br />
3.5.6.1 Washington um and Pr Y. ..is Only a mall increase O water entering<br />
the Surface aq uifer. The <strong>EIS</strong> does . not explain how arrived<br />
at