HomeMy WebLinkAboutVer _COMPLETE FILE_19941114
State of North Carolina
Department of Environment I
Health and Natural Resources
Division of Environmental Management
James B. Hunt, Jr., Governor
Jonathan B. Howes. Secretary
A. Preston Howard, Jr" P.E.. Director
BA
- - ~J~
DEHNR
November 14,
1994
Mr. Richard A. Gallo
State Conservationist
USDA SCS
4405 Bland Road
Suite 205
Raleigh, N.C. 27609
FILE COP~
Dear Mr. Gall
Re:
Post Minimal Effect Determination
James Stocker, Ecosystem Farms, Inc.
Duplin County
In response to your 24 October 1994 letter to David Harding,
please find enclosed a joint application from for 404 Permit/401
Certification. It appears that this project would require both
actions since it impacts more than one acre of wetland. The
action on the 401 Certification will constitute the N.C. Division
of Environmental Management's review of this project.
Please call me at 919-733-1786 if you have any questions.
Sincerely,
ornery
Gall.mem
cc: David Harding
Central Files
P.O. Box 29535. Rcieigh. North Carolina 27626-0535
An Equal Opportunity Affirmative Action Employer
Telephone 919-733-7015 FAX 919-733-2496
50% recycled/ 10% post-consumer paper
UNITED STATES
DEPARTMENT OF
AGRICULTURE
Soil
Conservation
Service
4405 Bland Road
Suite 205
Raleigh, NC 27609
October 24, 1994
Mr. David Harding
Division of Environmental Management
PO Box 27687
Raleigh, NC 27611-7687
Dear Mr. Harding:
Attached is a copy of a request for a Post Minimal Effect Determination from Mr. James
Stocker, Ecosystem Farms, Inc., in Duplin County. Please review this request and give
me your recommendations relative to approval of an exemption to the Swampbuster
provision of the Food Security Act.
Our biologist, Hank Henry, has visited this site and can be reached at (919)790-2894 if
you have any questions.
I appreciate your assistance in this evaluation process.
iCh~rdA. G~
State Conservationist
Attachment
rn rn 0: ~: 1:4 rn ~ m!
cc: Hank Henry
Mike Sugg
~
.
. .Jnitltd States
Department of
Agriculture
Soil
Conservation
Service
P. O. Box 277
Kenansville, NC 28349
Telephone 919-296-2121
Subject:
CPA-FSA Minimal Effect
Determination- Ecosystem Farms
Date: 08/09/94
To:
Cecil Settle
Acting State Conservationist
SCS, Raleigh NC 27601
File Code: 180
I have received a minimal effect request from Mr. James Stocker Ecosystem Farms, Inc. The
area in question is on tract 72152. The total wetland area is approximately 1.2 acres that is
divided into three parcels of 0.68 acres, 0.4 acres, and 0.2 acres. Mr. Stocker has cleared
60+ acres of land and this is the only areas that were wetland. These wetland areas are
presently classified as CW94 but the areas are minimal in size.
This initial request for a wetland determination was initiated by a 569 from ASCS on
12/16/94. Several field visits have been made and a determination was issued 311/94. That
determination was appealed and a reconsideration detemination was issued 6/8/94. Mr.
Stocker then mistakenly sent his request for a minimal effect to David Combs on 07/0l/94 and
David subsequently forwarded the minimal effect request to me on 07/19/94.
Attached is the minimal effect worksheet.
If you have any questions please contact me.
1Y1/~~ r. f\U
Michael E. Sugg
District Conservationist
cc: David Combs, AC
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1. Type of wetland converted. ~ 0 ~ c! 5~ 0 ~~... ~ G N N R l~;,.(c.... J; r,.. (a...)';
Example: Cowardin classification. -v T
2. Hydrological conditions of the wetland at the time of conversion and at present:
. quantity of water present /Jr..... 't k...g MI~Ut...o <J""Vo^i :;f ~......r-h.<.<< WfJ.J-e.r. c;4CA.. ar-q,u
. outlet information (elevation and type).....L~&. '.5(,).i'i' .t ..'
. condition of the drainage system, if present ~. , ;~: 9.';.d~ i^. ~ui ., ~ r...~ ~ '
. size of the contributing watershed ~ c.J~;.\lol(.,;w I
. size of the basin Ni R \.J , r- +to v
. depth of water. - Nt ~ .
3. Climatological data prior to the conversion:
. precipitation records for the year of the conversion N 0 l A v i'\ I <. ~ 7kJ
. precipitation records available for 10 or more previous years
. precipitation records for period during the conversion
. other pertinent climatological data relevant to hydrology.
4. Vegetative condition at the time of conversion:
. species composition
. plant density
. community diversity
. age of community.
Cv-,:iu\l-v.. ~ll~ci \G-n&' -! l~~ k~ r-Q.\ .,~,-,,"~
'.j
S. Available maps, photographs or slides depicting the wetland prior to, during. and after the conversion.
6. . Crop history information:
. crop history of wetland for 5 years prior to conversion ~O~~. "'~~~ lJ\.n 1 \lJoo~\..~-"':~.
. crop history of contnbuting watershed 5 years prior to conversion.
. agronomic practices used for previous 5 years in the contributing watershed.
1. Soil information: I
. soils of the contributing watershed - I;\j d r..[; (~ ~ W 4 6 j."....J~
. soils of the converted wetland. - \kid A - Wo~~ ~
8. Records on re-establishment of vegetation during the period of conversion. N ~ U ~ TO /t4.-r I ~ rL A~~.
Example: Seeding. planting, or natural re-establishmenL
9. Efforts to restore the converted wetland:
. method of restoring wetland hydrology t-.I) n. t ~ - 0 ~~~, ~ ? ~ ol N -toi t I') ,
. method of restoring wetland vegetation.
/~ (0-1-(' D
~y~/Jt~\~~ ~
() ~CO $..t/tY!2.-f\.-l j-tLLUJ4, '-' ;{.C-
(18o-V-NFSAM, Third~d., March 1994)
516-15
,./
.
~ Minimal Effect Evaluation and Worksheet
~~.o-
Tne following procedure describes the technical approach required in order to conduct a
minimal effect evaluation. The approach involves the functional assessment of the wetland
proposed for modification. the consideration of secondary on-site wetland impactS, and a
cumulative wetland impact evaluation in the surrounding watershed. reference is made to
Appendix 527.06 for the wetland fuI!ctional assessment procedures.
Step 1. Identify and characterize the wetland to be impacted as follows:
We.tland Determination cw q <I ../ ~ J' If,~ ~
(attach determination worksheets and maps)
Wetland Description
Hydrogeomorphic Classification
~~ r
I. 2 ~II v:... 3 ~.~ a."'~c:..r
Size of wetland impact area
Is the impact area a portion of a larger contiguous wetland area (irrespective of tract
boundaries)1 )J. -e. S
If yes, size of larger wetland area i DC.! AC.:-t ~
Attach diagram or map depicting proposed manipulation and impact area.
Step 2. Conduct an. on-site functional assessment of the wetland ~ing guidance provided in
Appendix 527.06. A comparison site may be used in place of an on-site evaluation only if
the wetland has been converted or disrurbed to the extent that an assessment of typical
functions for the wetland is not feasible. For example, if the wetland is n.ormally cropped,
then the functional assessment should be performed on-site, as it is the normal or typical
functional attributes of the wetland that must be discerned. However, if the wetland is
typically undisturbed or infrequently :rapped, and the disturbance or cc::lversion of the
wetland is an unusual condition, then it is appropriate to use a comparison site to conduct
the functional assessment. Summarize the functional assessment on the FunctioI;1al
Assessment of Impact Area Section of the Minimal EffectS Worksheet.
(18G-V-NFSAM, Third Ed... March 1994)
526-57
---
..,~
~_65 MlnJrnaf Effects Worksheet
Functional Assessment of Impact Area Impact Ass~s.s~entl
HYDROLOGICAL - NO t:~ /: (. (...--("
Function E~~;ng function of Direct Impact Iadirect Impact
impact area(.I"u (Function affected or (Function affected
prescnt) 2 eli...ift::orcd)3 or eliminated on
adjaa:nt or
, assod2ted
wedaads )3
Short-term surfaa: water storage:
Loag-term surface water storage
V clocty reduction
Subsurface storage of surface water
Moderation of off-site groundwater
discharge
BIOGEOCHEMICAL - NO 6 ~-F c.G 1""
Biogcocbemica1 traDSformation &
pr~,ing
Removal of dissolved elemcnts &.
compounds
Partic:u1atc rctcDtion
- .
Organic: carbon exports
Storage of soil organic: carbon (histisols)
Storage of soil organic: carbon
. (spodosols)
VEGETATION
Characteristic: plant community e,
Osaractcristic detrital biomass
Vertic:a1 habitat strUdlUC
e Continued on nc:
~
lCoosider all aspectS of the proposed activity, including future conditions in a minimal
effect agreement.
%F rom functional assessment worksheet.:J - attach
3( + )increase;( - )reduced;( e )elimiLatecl
526-58
(18Q-V-NFSAM, Third Ed., March 1994)
'. ~
. . /'
4
wn..DLIFE
Wildlife habitat qualiey, inlC:rspcrsiol1 &
connec".iviry -
Vertebrate species abundance
Invertebrate species abundance
Step 3. Dete:-m1ne and record whet~er more than a minute fraction of the wetland will be
directly or indirectly affected by the alteration or elimination of the identified functional
attnbutes.
a. If tbe wetland is < 100 acres in size, will more than 1% of the wetland area be directly
affected? yes _no_
b. If the wetland is > 100 acres in size, will more than 1 acre be directly affected
yes..:L-no ho..>-''T ~'" 3 SC.f~ ~ 'i-o~ {.2- +<.,.
Step 4. Determine and record whether other wetlands within a 2-mile radius of the site have
been converted (irrespective of the circumstances predicating the conversion) since December
2.3,1985. yesV no_
Step s. Minimal Effect Determination
a. If one or more wetland functions will be eliminated due to the proposed activity, and:
i. Through direct and indirect means, more than a minute fraction of the wetland will
undergo this loss (i.e., Step 3 was answered yes); or
ii. The loss will add to cumulative wetland losses in the area (i.e., Step 4 was answered
yes); then
the effect is not minimal.
b. If a significant number of identified functions are reduced due to the proposed activity,
and: .
i. Through direct and indirect me:ms, more than a minute fraction of the wetland will
undergo this loss (i.e., Step was answered yes); or
ii. The loss will add to cumulative wetland losses in the area (i.e., Step 4 was answered
yes); then
the effect is not 1)1inimal.
c. If wetland functions are not eliminated or reduced as described in Steps 5(a) and (b)
above, then:
the effect is minimal.
(l80-V-NFSAM, Third Ed~ March 1994)
526-59
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