Importation of Cattle From Mexico; Addition of Port at San Luis, AZ, 1-6 [E8-31212]
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Rules and Regulations
Federal Register
Vol. 74, No. 1
Friday, January 2, 2009
This section of the FEDERAL REGISTER
contains regulatory documents having general
applicability and legal effect, most of which
are keyed to and codified in the Code of
Federal Regulations, which is published under
50 titles pursuant to 44 U.S.C. 1510.
Background
The Code of Federal Regulations is sold by
the Superintendent of Documents. Prices of
new books are listed in the first FEDERAL
REGISTER issue of each week.
DEPARTMENT OF AGRICULTURE
Animal and Plant Health Inspection
Service
9 CFR Parts 71, 83, and 93
[Docket No. APHIS–2007–0038]
RIN 0579–AC74
Viral Hemorrhagic Septicemia;
Interstate Movement and Import
Restrictions on Certain Live Fish
Animal and Plant Health
Inspection Service, USDA.
ACTION: Interim rule; delay of effective
date.
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AGENCY:
SUMMARY: On September 9, 2008, we
published an interim rule in the Federal
Register to restrict the interstate
movement and importation into the
United States of live fish that are
susceptible to viral hemorrhagic
septicemia, a highly contagious disease
of certain freshwater and saltwater fish.
That interim rule was scheduled to
become effective on November 10, 2008.
Subsequently, on October 28, 2008, we
published a notice in the Federal
Register announcing the delay of the
effective date of the interim rule until
January 9, 2009. We are now delaying
the effective date of the interim rule
indefinitely to provide APHIS with time
to make some adjustments to the interim
rule that are necessary for the rule to be
successfully implemented.
DATES: The effective date for the interim
rule amending 9 CFR parts 71, 83, and
93, published at 73 FR 52173–52189 on
September 9, 2008, is delayed
indefinitely.
FOR FURTHER INFORMATION CONTACT: Dr.
P. Gary Egrie, Senior Staff Veterinary
Medical Officer, National Center for
Animal Health Programs, VS, APHIS,
4700 River Road Unit 46, Riverdale, MD
20737–1231; (301) 734–0695; or Dr.
Peter L. Merrill, Senior Staff
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Veterinarian, National Center for Import
and Export, VS, APHIS, 4700 River
Road Unit 39, Riverdale, MD 20737–
1231; (301) 734–8364.
SUPPLEMENTARY INFORMATION:
Viral hemorrhagic septicemia (VHS) is
a highly contagious disease of certain
freshwater and saltwater fish, caused by
a rhabdovirus. It is listed as a notifiable
disease by the World Organization for
Animal Health. The pathogen produces
variable clinical signs in fish including
lethargy, skin darkening, exophthalmia,
pale gills, a distended abdomen, and
external and internal hemorrhaging. The
development of the disease in infected
fish can result in substantial mortality.
Other infected fish may not show any
clinical signs or die, but may be lifelong
carriers and shed the virus.
On September 9, 2008, we published
an interim rule in the Federal Register
(73 FR 52173–52189, Docket No.
APHIS–2007–0038) to amend 9 CFR
parts 71, 83, and 93 by establishing
regulations to restrict the interstate
movement and the importation into the
United States of certain live fish species
that are susceptible to VHS. We
announced that the provisions of the
interim rule would become effective
November 10, 2008, and that we would
consider all comments on the interim
rule received on or before November 10,
2008, and all comments on the
environmental assessment for the
interim rule received on or before
October 9, 2008.
Delay of Effective Date
After the publication of the interim
rule, we received comments that
addressed a variety of issues, including
the feasibility of implementing certain
requirements.
Based on our review of those
comments, on October 28, 2008, we
published a document in the Federal
Register (73 FR 63867, Docket No.
APHIS–2007–0038) announcing that we
were delaying the effective date of the
interim rule from November 10, 2008,
until January 9, 2009, while retaining
November 10, 2008 as the close of the
comment period for the interim rule and
October 9, 2008 as the close of the
comment period for the environmental
assessment.
We are now delaying the effective
date of the interim rule indefinitely to
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provide APHIS with time to make some
adjustments to the interim rule that are
necessary for the rule to be successfully
implemented.
Authority: 7 U.S.C. 1622 and 8301–8317;
21 U.S.C. 136 and 136a; 31 U.S.C. 9701;
7 CFR 2.22, 2.80, and 371.4.
Done in Washington, DC, this 22nd day of
December 2008.
Kevin Shea,
Acting Administrator, Animal and Plant
Health Inspection Service.
[FR Doc. E8–31208 Filed 12–31–08; 8:45 am]
BILLING CODE 3410–34–P
DEPARTMENT OF AGRICULTURE
Animal and Plant Health Inspection
Service
9 CFR Part 93
[Docket No. APHIS–2007–0095]
RIN 0579–AC63
Importation of Cattle From Mexico;
Addition of Port at San Luis, AZ
AGENCY: Animal and Plant Health
Inspection Service, USDA.
ACTION: Final rule.
SUMMARY: We are amending the
regulations regarding the importation of
cattle from Mexico by adding San Luis,
AZ, as a port through which cattle that
have been infested with fever ticks or
exposed to fever ticks or tick-borne
diseases may be imported into the
United States. A new facility for the
handling of animals is to be constructed
on the Mexican side of the border at the
port of San Luis, AZ, that will be
equipped with facilities necessary for
the proper chute inspection, dipping,
and testing that are required for such
cattle under the regulations. We are also
amending the regulations to remove
provisions that limit the admission of
cattle that have been infested with fever
ticks or exposed to fever ticks or tickborne diseases to the State of Texas. The
statutory requirement that limited the
admission of those cattle to the State of
Texas has been repealed. These changes
will make an additional port of entry
available and relieve restrictions on the
movement of imported Mexican cattle
within the United States.
DATES: Effective Date: This rule is
effective January 2, 2009 except for the
amendment (amendatory instruction 3)
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to § 93.427(b)(2) introductory text, for
which the effective date is delayed
indefinitely. The Animal and Plant
Health Inspection Service will publish a
document announcing an effective date
for that provision in the Federal
Register.
FOR FURTHER INFORMATION CONTACT: Dr.
Betzaida Lopez, Staff Veterinarian,
National Center for Import and Export,
VS, APHIS, 4700 River Road Unit 39,
Riverdale, MD 20737–1231; (301) 734–
8364.
SUPPLEMENTARY INFORMATION:
Background
The regulations in 9 CFR part 93
prohibit or restrict the importation of
certain animals, birds, and poultry into
the United States to prevent the
introduction of communicable diseases
of livestock and poultry. Subpart D of
part 93 (§§ 93.400 through 93.436,
referred to below as the regulations)
governs the importation of ruminants;
within subpart D, §§ 93.424 through
94.429 specifically address the
importation of various ruminants from
Mexico into the United States.
In § 93.426, paragraph (a) states that
all ruminants offered for entry into the
United States from Mexico must be
inspected at the port of entry and found
to be free from communicable diseases
and fever tick infestation and to not
have been exposed to communicable
diseases and fever tick infestation.
Ruminants found to be affected with or
to have been exposed to a
communicable disease, or infested with
fever ticks, are to be refused entry
except as provided in § 93.427(b)(2).
Under § 93.427(b)(2), cattle that have
been exposed to splenetic, southern, or
tick fever, or that have been infested
with or exposed to fever ticks, may be
imported from Mexico for admission
into the State of Texas, except that
portion of the State quarantined because
of fever ticks, either at one of the land
border ports in Texas listed in
§ 93.403(c) of the regulations, or at the
port of Santa Teresa, NM, provided that
certain conditions are met. Those
conditions are spelled out in paragraphs
(b)(2)(i) through (b)(2)(v) of § 93.427.
On January 9, 2008, we published in
the Federal Register (73 FR 5132–5135,
Docket No. APHIS–2007–0095) a
proposal 1 to amend the regulations by
adding San Luis, AZ, as a port through
which cattle that have been infested
with fever ticks or exposed to fever ticks
or tick-borne diseases may be imported
1 To view the proposed rule, supporting
documents, and the comments we received, go to
https://www.regulations.gov/fdmspublic/component/
main?main=DocketDetail&d=APHIS-2007-0095.
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into the United States. A new facility for
the handling of animals is to be
constructed on the Mexican side of the
border at the port of San Luis, AZ, that
will be equipped with facilities
necessary for the chute inspection,
dipping, and testing that are required for
such cattle under the regulations. We
also proposed to amend the regulations
to remove provisions that limit the
admission of cattle that have been
infested with fever ticks or exposed to
fever ticks or tick-borne diseases to the
State of Texas. The statutory
requirement that limited the admission
of those cattle to the State of Texas has
been repealed. These changes were
intended to make an additional port of
entry available and relieve restrictions
on the movement of imported Mexican
cattle within the United States.
We solicited comments concerning
our proposal for 60 days ending March
31, 2008. We received 52 comments by
that date. They were from private
citizens, industry groups, and State
agriculture organizations.
Thirty-eight commenters supported
the proposed rule. Fourteen commenters
expressed concerns regarding the
proposed rule. The issues they raised
are discussed below.
One commenter objected to allowing
cattle infested with fever ticks to be
imported into the United States.
The regulations currently allow cattle
that have been exposed to splenetic,
southern, or tick fever, or that have been
infested with or exposed to fever ticks,
to be imported into the United States;
we proposed to allow their importation
through the port of San Luis. However,
the animals would have to meet the
requirements in the regulations for
inspection, dipping, and certification of
freedom from ticks before entering the
United States.
Many commenters expressed concern
that the opening of the new port at San
Luis may cause an increase in the
number of Mexican cattle imported into
the United States annually, particularly
because it would reduce the cost to ship
for some entities. The commenters also
stated that this increase could cause
financial harm to cattle ranchers in the
United States or damage the
international reputation of the U.S.
cattle industry. Several commenters
expressed concern with the risk
assessment, stating that its conclusion
that the rule would not increase risk
was based on a faulty assumption that
the new port would not lead to an
increase in the volume of cattle exports
from Mexico.
In response to these comments, we
have prepared an addendum to the risk
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assessment,2 which gives additional
details regarding the reasons we do not
expect this rule to increase the number
of Mexican cattle imported into the
United States. As the addendum states,
increases or decreases in Mexican cattle
import volumes are due to a number of
factors, most importantly weather, the
financial situation of Mexican cattle
farmers, and the price of feeder cattle in
the southwestern United States. In
addition, although imports have
increased over time, the total export
market for Mexican cattle is not
expected to increase in the future
because the demand for domestic beef
within Mexico continues to increase.
Mexican beef calf exports are almost all
destined for the United States already.
Therefore, it is unlikely that Mexican
cattle producers will have a large
number of additional cattle available for
export to the United States.
In addition, even if the export market
were to increase, we would not expect
large numbers of cattle to enter the
United States through San Luis.
Currently, the majority of Mexican cattle
(about 80 percent) are destined for New
Mexico or Texas ports, with only a
small percentage (about 15 percent)
going to ports in more westerly States,
including Arizona and California. This
is because the mountainous terrain and
lack of well-developed roads running
east to west within Mexico make it
difficult for cattle from eastern States of
Mexico, where the majority of cattle are
produced, to utilize ports in more
westerly States within the U.S. If these
trends continue, we would expect the
bulk of the increase in Mexican cattle
imports to continue to enter through
New Mexico and Texas ports based on
proximity, cost, and convenience of
travel. The Mexican States that are
closest to the San Luis port and that
would, therefore, be most likely to use
the San Luis port are: Baja California
Norte, Baja California Sur, Nayarit,
Sinaloa, and Sonora. Because these five
Mexican States account for only about
14 percent of Mexican cattle production,
even if they were to increase their cattle
exports, it is unlikely that there will be
a significant increase in the number of
Mexican cattle exported to the United
States as a result of our opening the port
of San Luis to cattle that have been
exposed to splenetic, southern, or tick
fever, or that have been infested with or
exposed to fever ticks.
One commenter asked what impact
the proposed rule would have on the
price of cattle and beef.
2 See footnote 1 for the address to view the risk
assessment and the addendum to the risk
assessment.
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Since the amount of cattle entering
the United States from Mexico is not
expected to increase significantly as a
result of this final rule, cattle prices
should not be greatly affected. However,
some importers who have been
importing Mexican cattle into the
United States through ports in Texas
and New Mexico may save some
shipping costs by switching to the port
in San Luis. To the extent that these
savings on shipping costs are passed on
by brokers, consumers could see lower
prices.
Several commenters expressed
concern that allowing cattle to be
imported through the port at San Luis
would result in more Mexican cattle
moving to areas in the United States
conducive to tick establishment.
We expect most of the cattle that will
be imported through the port at San
Luis will be cattle that otherwise would
have been imported through Texas or
New Mexico ports, and not cattle that
would otherwise not have been
imported. Because brokers importing
cattle from Mexico usually supply cattle
to the same entities they have
previously dealt with, we do not expect
the U.S. destination of Mexican cattle to
change as a result of this rule. As stated
in the addendum to the risk assessment,
cattle imported through the port at San
Luis will most likely be bound for
California or other areas of Arizona
where non-exposed cattle and cattle not
previously infested with fever ticks and
found to be eligible for importation have
historically gone. Although there are
areas within Southern California that
may be conducive to fever tick
establishment, fever ticks within the
United States have been confined to
certain quarantined areas in Texas since
1943 despite continual importation of
Mexican cattle into the United States.
As stated previously, even if cattle
infested with fever ticks are presented
for importation, they would have to
meet the requirements in the regulations
for inspection, dipping, and certification
of freedom from ticks of any type before
entering the United States. Although
dipping cattle with acaricide is not
considered 100 percent effective against
ticks, these measures are the same
requirements for cattle entering at other
ports. Therefore, opening the port at San
Luis to Mexican cattle that have been
infested with fever ticks or exposed to
fever or tick-borne diseases does not
present an additional risk of
introduction and spread of fever ticks or
introduction and spread of tick fever.
Several commenters expressed
concern that the area around the
proposed San Luis port may also be
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conducive to tick establishment if cattle
remain in the area.
As stated in the risk assessment, the
area surrounding the port of San Luis is
not suitable for the establishment of
fever ticks. This is because precipitation
levels in the area around the port are too
low to support the establishment of
fever ticks. While moisture from the
Colorado River and from private wells
in the area may create micro-habitats
that could increase the chance of
survival for fever ticks, cattle imported
through the port at San Luis are not
likely to remain near the port. Finally,
even if tick-infested cattle were
imported and did remain near the port
at San Luis, they, along with all other
cattle imported through the port, would
have been inspected, dipped, and
certified as free from ticks of any type
before entering the United States. As
stated previously, although not 100
percent effective against ticks, these are
the same requirements for cattle
entering at other ports. Therefore, there
is no additional risk of introduction and
spread of fever ticks or introduction and
spread of tick fever.
Two commenters stated that tick fever
outbreaks have occurred in areas of the
United States and Europe above the 36°
N line of latitude, which contradicts the
findings in the risk assessment. One of
these commenters asked that the risk
assessment be revised to address this
issue.
There has never been an outbreak of
fever ticks or tick fever within the
United States above the 36° N line of
latitude that has been conclusively
linked to cattle imported from Mexico.
As mentioned in the risk assessment,
the environment above the 36° N line of
latitude is not conducive for the
establishment of fever ticks, even in the
case that some ticks might make it
across the border. This is because fever
ticks thrive in tropical and subtropical
climates; at temperatures below 20 °C,
the reproductive ability of female ticks
appears to be impaired.
As noted by the commenter, tick fever
outbreaks have been reported in areas of
Europe above the 36° N line of latitude
(i.e., Finland, the Netherlands, Romania,
and Slovenia); however those outbreaks
were due to species of Babesia (Babesia
divergens and B. jakimovi) that are
transmitted via a different, nonBoophilus species of tick (Ixodes
ricinus) capable of thriving in more
northern climates. Neither these Babesia
species nor this tick species are
indigenous to the United States,
although similar tick species such as I.
(dammini) scapularis and I. pacificus
are present that feed on deer and mice,
and are capable of spreading another
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species of Babesia, B. microti. However,
unlike with other Babesia species that
cause tick fever, humans and not cattle
are the intermediate hosts for B. microti.
One commenter expressed concern
that the restriction limiting the
importation of cattle that have been
infested with fever ticks or exposed to
fever ticks or tick-borne diseases to the
State of Texas was lifted without
allowing for public comment.
As stated in the proposed rule, the
passage of the North American Free
Trade Agreement (NAFTA)
Implementation Act removed the
statutory provisions that limited the
importation of cattle only into the State
of Texas. Following the passage of the
NAFTA Implementation Act, our
permitting procedures were modified to
allow cattle that had been infested with
or exposed to fever ticks to be moved
from Mexico into States other than
Texas under the conditions described in
§ 93.427(b)(2). However, we did not
make a corresponding change in the
regulations to reflect the statutory
amendment. We sought to rectify this
error in this rulemaking, which also
allowed the public the opportunity to
comment on the removal of the
restriction.
Several commenters expressed
concern regarding acaricide-resistant
ticks present in Mexico. One commenter
suggested that we require Mexico to
standardize their tick treatment protocol
for exported cattle according to the
recommendations of the Binational Tick
Committee, which requires a 400 ppm
Amitraz immersion.
Although there is a concern about
acaricide-resistant ticks in Mexico, the
resistance has proven to be due to the
inappropriate use of acaricides. The
Mexican Government has developed a
pesticide resistance management
program to minimize the development
and spread of resistant tick populations.
We expect that these changes will
ensure that acaricides continue to be an
effective treatment for cattle imported
into the United States. Cattle from
Mexico are currently being treated with
at least a 400 ppm Amitraz treatment
before entering the United States.
Several commenters stated that the
Cattle Fever Tick Eradication Program
must be fully funded and implemented.
We will continue to seek full funding
of our tick eradication program and, in
the event of a fever tick outbreak, will
take appropriate action to eliminate the
outbreak.
One commenter asked if more
information was available about the
economic effects of the proposed rule on
small businesses. Another commenter
stated that a cost-benefit analysis should
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be conducted before the proposed rule
is finalized. One commenter stated that
our estimate of the costs of eradicating
ticks from infested herds is inadequate
because it is based on 2005 data and
because it did not include the costs of
replacing animals lost to tick fever.
The initial regulatory flexibility
analysis in the proposed rule provided
all the information that was available to
us regarding the potential economic
effects of the proposed rule on small
businesses. The cost data in the
regulatory flexibility analysis was based
on the most current data available at the
time of drafting. Although some of this
data might be from 2005, this does not
impact the regulatory flexibility
analysis. Despite the costs, we will
continue to use all the resources at our
disposal to prevent the introduction and
dispersal of tick fever into the United
States. Moreover, we note that there has
never been an outbreak of tick fever in
the United States that was conclusively
linked to Mexican-origin cattle.
One commenter expressed concern
that the United States could experience
lost export markets because it does not
follow World Organization of Animal
Health (OIE) guidelines with regard to
tick fever. In particular, the commenter
mentioned the OIE guidelines
recommending that a country limit its
imports to animals that have resided
since birth in a zone recognized as free
from tick fever or to animals that have
tested negative for tick fever in the
preceding month, and that have been
treated with an acaricide prior to
shipment.
In order for bovine babesiosis to
persist in cattle populations in the
United States, three factors must
simultaneously exist: Agent, host, and
environment. In the absence of all three
elements, it is still possible for disease
to be detected occasionally, but difficult
for the infection to persist in a
population. Fever ticks are currently
confined to quarantined areas within
Texas and movement restrictions are in
place to prevent the movement of cattle
from Mexico into the quarantined areas.
As stated in the risk assessment, in the
absence of vector ticks, tick-borne
diseases cannot be spread and,
therefore, will gradually disappear from
an infected herd. Therefore, even if an
animal was a carrier of tick fever,
because there are no vectors to transmit
the disease within the United States
outside of the quarantined areas and
because there are restrictions in place to
prevent the movement of Mexican cattle
into or through tick quarantine areas, it
is unlikely that tick fever would be
introduced and spread within the
United States. We are not aware of
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having lost any export markets due to
not complying with OIE guidelines.
Moreover, we do not believe it is
necessary to limit U.S. cattle imports to
animals that have resided since birth in
a zone recognized as free from tick fever
or to those cattle that have tested
negative for tick fever prior to
importation.
Several commenters stated that the
prohibition on the movement of tickinfested cattle into the area of Texas
quarantined for cattle tick fever must be
maintained.
We agree with the commenter, as we
are continuing eradication efforts in that
area of Texas. Therefore, this rule
continues the prohibition on the
movement from Mexico of tick-infested
cattle or cattle that have been exposed
to fever ticks or tick-borne diseases into
the quarantined areas of Texas.
Several commenters stated that
APHIS should work closely with
Mexico to ensure that new cattlehandling facilities, including the port at
San Luis, AZ, are properly managed,
equipped, and funded to prevent the
spread of cattle fever ticks into the
United States and that port staff are
adequately trained. One commenter
stated that all port staff should be fulltime and that APHIS should conduct
regular reviews of procedures at the port
at San Luis, AZ.
All ports on the Mexican border are
staffed by APHIS as well as employees
of the Mexican Government, and APHIS
guidelines are in place to ensure
consistency and close coordination
between the two groups. In addition,
APHIS has standard operating
procedures in place that detail proper
tick inspection procedures. All ports are
staffed with full-time employees, and
port facility reviews are conducted on a
regular basis to make sure the facilities
themselves and the procedures they
employ are adequate to prevent the
introduction of cattle fever ticks into the
United States. The San Luis port, like all
other ports that handle Mexican cattle,
will undergo an inspection and
approval process prior to being opened
for trade.
Therefore, for the reasons given in the
proposed rule and in this document, we
are adopting the proposed rule as a final
rule, without change.
Effective Dates
This is a substantive rule that relieves
restrictions and, pursuant to the
provisions of 5 U.S.C. 553, may be made
effective less than 30 days after
publication in the Federal Register.
Immediate removal of the provision in
§ 93.427(b) that limited the admission of
certain Mexican-origin cattle to parts of
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Texas will make our regulations
consistent with the NAFTA
Implementation Act and with our
permitting procedures, which were
modified following the passage of the
NAFTA implementation Act.
However, we are delaying,
indefinitely, the effective date of the
addition of San Luis, AZ, to the list in
§ 93.427(b) of ports through which cattle
that have been infested with fever ticks
or exposed to fever ticks or tick-borne
diseases may be imported from Mexico,
pending construction of new facilities
and APHIS inspection of those facilities
to confirm that they are properly
equipped to allow for the necessary
chute inspection, dipping, and testing of
cattle.
Executive Order 12866 and Regulatory
Flexibility Act
This final rule has been reviewed
under Executive Order 12866. The rule
has been determined to be not
significant for the purposes of Executive
Order 12866 and, therefore, has not
been reviewed by the Office of
Management and Budget.
In accordance with 5 U.S.C. 604, we
have performed a final regulatory
flexibility analysis, which is set out
below, regarding the economic effects of
this rule on small entities.
For the purpose of this analysis, and
following Small Business
Administration (SBA) guidelines, the
potentially affected entities are
classified as Beef Cattle Ranching and
Farming (North American Industry
Classification System 112111). By SBA
standards, farms in this category are
considered small if annual receipts are
not more than $750,000. According to
the 2002 Census of Agriculture, of the
664,431 beef cattle farms, 659,009, or 99
percent, had annual receipts of less than
$500,000 and are therefore considered
small. Cattle imported into the United
States from Mexico are generally
purchased by stocker operations before
they are shipped to feedlots. While there
is no economic information available on
the number, size, or distribution of the
stocker operations, it is reasonable to
assume they are small given that 99
percent of beef cattle ranches and farms
in general are small entities.
From 2000 to 2006, an average of
45,258 cattle per year entered through
the port of San Luis, Arizona.3
Historically, 80 percent of U.S. cattle
imports from Mexico have gone to Texas
and New Mexico. Between 2003 and
2008, over 6.5 million cattle entered the
United States from Mexico at various
3 Source: Centers for Epidemiology and Animal
Health Import Tracking System.
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ports. The ports with the largest volume
of cattle imports between 1994 and 2003
were Santa Teresa/El Paso (26.64
percent), Presidio (18.12 percent), and
Nogales (14.24 percent). Only 5.95
percent of U.S. cattle imports from
Mexico came through San Luis.4 To
date, the San Luis port has only
received 8,000 head of cattle in 2008. As
mentioned in the addendum to the risk
assessment, San Luis’ western location
makes it inconvenient, and therefore
unlikely, that there will be a major shift
in cattle movements from existing ports
in Texas and New Mexico.
Any positive effects of the rule for
small entities in the San Luis area, such
as increased volumes of business for
firms that transport cattle, are expected
to be largely matched by business
declines for firms operating from the
Texas and New Mexico ports. Cattle
importers who find it advantageous to
use the San Luis port will be positively
affected. There may also be positive
effects at the Texas and New Mexico
ports if the diversion of imports to San
Luis of cattle that have been infested
with fever ticks or exposed to fever ticks
or tick-borne diseases reduces
operational delays when the demand for
imports is beyond the capacity of those
border facilities; however, APHIS has no
information on whether such periods of
insufficient capacity have occurred, and
if so, how frequently.
The final rule will increase the
number of cattle operations allowed to
receive cattle from Mexico that have
been infested with fever ticks or
exposed to fever ticks or tick-borne
diseases. A larger number of more
widely distributed U.S. entities will be
afforded the opportunity to benefit from
importing these cattle. Establishment of
San Luis, AZ, as a port of entry for cattle
from Mexico that have been infested
with fever ticks or exposed to fever ticks
or tick-borne diseases will also make
these cattle more readily accessible for
entities to the west of Texas; transport
costs from the port of entry will be
lower because the cattle will be moved
over shorter distances.
The Mexican Government has
requested that a land-border port be
established on the Mexico-Arizona
border to move cattle that have been
infested with fever ticks or exposed to
fever ticks or tick-borne diseases from
Mexico to the United States. APHIS has
determined that with the construction of
new facilities at the port of San Luis,
this request can be satisfied given that
the new port will be equipped to handle
4 Source: Live cattle imports by Port of Entry from
Mexico into the United States: Data and Models,
New Mexico State University, August 2005.
VerDate Aug<31>2005
14:01 Dec 31, 2008
Jkt 217001
cattle that have been infested with fever
ticks or exposed to fever ticks or tickborne diseases. The potential impacts
for affected U.S. cattle operations, most
of which are small entities, are expected
to be positive. This rule does not
contain any new reporting,
recordkeeping, or compliance
requirements. There are no significant
alternatives to the rule that will
accomplish the stated objectives.
Executive Order 12988
This final rule has been reviewed
under Executive Order 12988, Civil
Justice Reform. This rule: (1) Preempts
all State and local laws and regulations
that are in conflict with this rule; (2) has
no retroactive effect; and (3) does not
require administrative proceedings
before parties may file suit in court
challenging this rule.
Paperwork Reduction Act
This final rule contains no new
information collection or recordkeeping
requirements under the Paperwork
Reduction Act of 1995 (44 U.S.C. 3501
et seq.).
List of Subjects in 9 CFR Part 93
Animal diseases, Imports, Livestock,
Poultry and poultry products,
Quarantine, Reporting and
recordkeeping requirements.
■ Accordingly, we are amending 9 CFR
part 93 as follows:
PART 93—IMPORTATION OF CERTAIN
ANIMALS, BIRDS, FISH AND
POULTRY, AND CERTAIN ANIMAL,
BIRD, AND POULTRY PRODUCTS;
REQUIREMENTS FOR MEANS OF
CONVEYANCE AND SHIPPING
CONTAINERS
1. The authority citation for part 93
continues to read as follows:
■
Authority: 7 U.S.C. 1622 and 8301–8317;
21 U.S.C. 136 and 136a; 31 U.S.C. 9701; 7
CFR 2.22, 2.80, and 371.4.
2. Section 93.427 is amended,
effective January 2, 2009 by revising
paragraph (b)(2) to read as follows:
■
§ 93.427
Cattle from Mexico.
*
*
*
*
*
(b) * * *
(2) Cattle that have been exposed to
splenetic, southern, or tick fever, or that
have been infested with or exposed to
fever ticks, may be imported from
Mexico for admission into the United
States, except into areas of Texas
quarantined because of said disease or
tick infestation as specified in § 72.5 of
this chapter, either at one of the land
border ports in Texas listed in
§ 93.403(c) or at the port of Santa
PO 00000
Frm 00005
Fmt 4700
Sfmt 4700
5
Teresa, NM, provided that the following
conditions are strictly observed and
complied with:
(i) The cattle shall be accompanied by
a certificate issued in accordance with
§ 93.405(a), and showing that the
veterinarian issuing the certificate has
inspected the cattle and found them free
from fever ticks and any evidence of
communicable disease, and that, as far
as it has been possible to determine,
they have not been exposed to any such
disease, except splenetic, southern, or
tick fever, during the 60 days
immediately preceding their movement
to the port of entry.
(ii) The cattle shall be shown by a
certificate issued in accordance with
§ 93.405(a) to have been dipped in a
tickicidal dip within 7 to 12 days before
being offered for entry.
(iii) The importer, or his or her duly
authorized agent, shall first execute and
deliver to an inspector at the port of
entry an application for inspection and
supervised dipping wherein he or she
shall agree to waive all claims against
the United States for any loss or damage
to the cattle occasioned by or resulting
from dipping, or resulting from the fact
that they are later found to be still tick
infested; and also for all subsequent loss
or damage to any other cattle in the
possession or control of such importer
which may come into contact with the
cattle so dipped.
(iv) The cattle when offered for entry
shall receive a chute inspection by an
inspector. If found free from ticks they
shall be given one dipping in one of the
permitted dips listed in § 72.13(b) of
this chapter under the supervision of an
inspector 7 to 14 days after the dipping
required by paragraph (b)(2)(ii) of this
section. The selection of the permitted
dip to be used will be made by the port
veterinarian in each case. If found to be
infested with fever ticks, the entire lot
of cattle shall be rejected and will not
be again inspected for entry until 10 to
14 days after they have again been
dipped in the manner provided by
paragraph (b)(2)(ii) of this section.
(v) The conditions at the port of entry
shall be such that the subsequent
movement of the cattle can be made
without exposure to fever ticks.
*
*
*
*
*
■ 3. Section 93.427 is further amended,
with an effective date pending further
notice, by revising paragraph (b)(2)
introductory text to read as follows:
§ 93.427
Cattle from Mexico.
*
*
*
*
*
(b) * * *
(2) Cattle that have been exposed to
splenetic, southern, or tick fever, or that
E:\FR\FM\02JAR1.SGM
02JAR1
6
Federal Register / Vol. 74, No. 1 / Friday, January 2, 2009 / Rules and Regulations
have been infested with or exposed to
fever ticks, may be imported from
Mexico for admission into the United
States, except into areas of Texas
quarantined because of said disease or
tick infestation as specified in § 72.5 of
this chapter, either at one of the land
border ports in Texas listed in
§ 93.403(c) or at the port of Santa
Teresa, NM, provided that the following
conditions are strictly observed and
complied with:
*
*
*
*
*
Done in Washington, DC, this 22nd day of
December 2008.
Kevin Shea,
Acting Administrator, Animal and Plant
Health Inspection Service.
[FR Doc. E8–31212 Filed 12–31–08; 8:45 am]
BILLING CODE 3410–34–P
DEPARTMENT OF HEALTH AND
HUMAN SERVICES
Food and Drug Administration
21 CFR Part 558
[Docket No. FDA–2008–N–0039]
New Animal Drugs for Use in Animal
Feeds; Tiamulin
AGENCY:
Food and Drug Administration,
HHS.
ACTION:
Final rule.
SUMMARY: The Food and Drug
Administration (FDA) is amending the
animal drug regulations to reflect
approval of two supplemental new
animal drug applications (NADAs) filed
by Novartis Animal Health US, Inc. The
supplemental NADAs provide for
Tiamulin grams per
ton
(i) 10 ......................
*
*
This rule is effective January 2,
FOR FURTHER INFORMATION CONTACT:
Cindy L. Burnsteel, Center for
Veterinary Medicine (HFV–130), Food
and Drug Administration, 7500 Standish
Pl., Rockville, MD 20855, 240–276–
8341, e-mail:
cindy.burnsteel@fda.hhs.gov.
Novartis
Animal Health US, Inc., 3200 Northline
Ave., suite 300, Greensboro, NC 27408,
filed a supplement to NADA 139–472
for DENAGARD (tiamulin) Medicated
Premixes used for the treatment or
control of certain bacterial enteric
diseases in swine. Novartis Animal
Health US, Inc., also filed a supplement
to NADA 141–011 for the use of
DENAGARD (tiamulin) Medicated
Premixes and Chlortetracycline Type A
medicated articles to manufacture 2-way
combination drug medicated swine
feeds used for the treatment or control
of certain bacterial enteric diseases. The
supplemental NADAs provide for
removal of a 250-pound weight
restriction and the addition of a
reproductive caution statement to
labeling. The supplemental NADAs are
approved as of December 9, 2008, and
21 CFR 558.600 is amended to reflect
the approval.
Approval of these supplemental
NADAs did not require review of
additional safety or effectiveness data or
SUPPLEMENTARY INFORMATION:
Indications for use
..............................................
*
*
DATES:
2009.
Combination in grams per ton
*
*
removal of a 250-pound weight
restriction and the addition of a
reproductive caution statement to
labeling of tiamulin medicated feeds
used for the treatment or control of
certain bacterial enteric diseases in
swine.
*
Dated: December 22, 2008.
Steven D. Vaughn,
Director, Office of New Animal Drug
Evaluation, Center for Veterinary Medicine.
[FR Doc. E8–31128 Filed 12–31–08; 8:45 am]
*
Food and Drug Administration
21 CFR Part 866
[Docket No. FDA–2008–N–0517]
rmajette on PRODPC74 with RULES
Medical Devices; Immunology and
Microbiology Devices; Classification of
Enterovirus Nucleic Acid Assay
Food and Drug Administration,
HHS.
14:01 Dec 31, 2008
Jkt 217001
PO 00000
Frm 00006
Fmt 4700
PART 558—NEW ANIMAL DRUGS FOR
USE IN ANIMAL FEEDS
1. The authority citation for 21 CFR
part 558 continues to read as follows:
■
Authority: 21 U.S.C. 360b, 371.
2. In § 558.600, revise paragraphs
(d)(2) and (e)(1)(i) to read as follows:
■
§ 558.600
Tiamulin.
*
*
*
*
*
(d) * * *
(2) The effects of tiamulin on swine
reproductive performance, pregnancy,
and lactation have not been determined.
*
*
*
*
*
(e) * * *
(1) * * *
*
BILLING CODE 4160–01–S
VerDate Aug<31>2005
Animal drugs, animal feeds.
Therefore, under the Federal Food,
Drug, and Cosmetic Act and under
authority delegated to the Commissioner
of Food and Drugs and redelegated to
the Center for Veterinary Medicine, 21
CFR part 558 is amended as follows:
■
Sfmt 4700
Sponsor
Feed continuously as the sole
ration. Not for use in swine
weighing over 250 pounds.
DEPARTMENT OF HEALTH AND
HUMAN SERVICES
AGENCY:
List of Subjects in 21 CFR Part 558
Limitations
For increased rate of weight gain
and improved feed efficiency.
*
information. Therefore, a freedom of
information summary is not required.
The agency has determined under 21
CFR 25.33 that these actions are of a
type that do not individually or
cumulatively have a significant effect on
the human environment. Therefore,
neither an environmental assessment
nor an environmental impact statement
is required.
This rule does not meet the definition
of ‘‘rule’’ in 5 U.S.C. 804(3)(A) because
it is a rule of ‘‘particular applicability.’’
Therefore, it is not subject to the
congressional review requirements in 5
U.S.C. 801 808.
*
ACTION:
058198
*
Final rule.
SUMMARY: The Food and Drug
Administration (FDA) is classifying
enterovirus nucleic acid assay into class
II (special controls). The special control
that will apply to the device is the
guidance document entitled ‘‘Class II
Special Controls Guidance Document:
Nucleic Acid Amplification Assay for
the Detection of Enterovirus RNA’’
(ribonucleic acid). The agency is
classifying the device into class II
(special controls) in order to provide a
E:\FR\FM\02JAR1.SGM
02JAR1
Agencies
[Federal Register Volume 74, Number 1 (Friday, January 2, 2009)]
[Rules and Regulations]
[Pages 1-6]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: E8-31212]
-----------------------------------------------------------------------
DEPARTMENT OF AGRICULTURE
Animal and Plant Health Inspection Service
9 CFR Part 93
[Docket No. APHIS-2007-0095]
RIN 0579-AC63
Importation of Cattle From Mexico; Addition of Port at San Luis,
AZ
AGENCY: Animal and Plant Health Inspection Service, USDA.
ACTION: Final rule.
-----------------------------------------------------------------------
SUMMARY: We are amending the regulations regarding the importation of
cattle from Mexico by adding San Luis, AZ, as a port through which
cattle that have been infested with fever ticks or exposed to fever
ticks or tick-borne diseases may be imported into the United States. A
new facility for the handling of animals is to be constructed on the
Mexican side of the border at the port of San Luis, AZ, that will be
equipped with facilities necessary for the proper chute inspection,
dipping, and testing that are required for such cattle under the
regulations. We are also amending the regulations to remove provisions
that limit the admission of cattle that have been infested with fever
ticks or exposed to fever ticks or tick-borne diseases to the State of
Texas. The statutory requirement that limited the admission of those
cattle to the State of Texas has been repealed. These changes will make
an additional port of entry available and relieve restrictions on the
movement of imported Mexican cattle within the United States.
DATES: Effective Date: This rule is effective January 2, 2009 except
for the amendment (amendatory instruction 3)
[[Page 2]]
to Sec. 93.427(b)(2) introductory text, for which the effective date
is delayed indefinitely. The Animal and Plant Health Inspection Service
will publish a document announcing an effective date for that provision
in the Federal Register.
FOR FURTHER INFORMATION CONTACT: Dr. Betzaida Lopez, Staff
Veterinarian, National Center for Import and Export, VS, APHIS, 4700
River Road Unit 39, Riverdale, MD 20737-1231; (301) 734-8364.
SUPPLEMENTARY INFORMATION:
Background
The regulations in 9 CFR part 93 prohibit or restrict the
importation of certain animals, birds, and poultry into the United
States to prevent the introduction of communicable diseases of
livestock and poultry. Subpart D of part 93 (Sec. Sec. 93.400 through
93.436, referred to below as the regulations) governs the importation
of ruminants; within subpart D, Sec. Sec. 93.424 through 94.429
specifically address the importation of various ruminants from Mexico
into the United States.
In Sec. 93.426, paragraph (a) states that all ruminants offered
for entry into the United States from Mexico must be inspected at the
port of entry and found to be free from communicable diseases and fever
tick infestation and to not have been exposed to communicable diseases
and fever tick infestation. Ruminants found to be affected with or to
have been exposed to a communicable disease, or infested with fever
ticks, are to be refused entry except as provided in Sec.
93.427(b)(2).
Under Sec. 93.427(b)(2), cattle that have been exposed to
splenetic, southern, or tick fever, or that have been infested with or
exposed to fever ticks, may be imported from Mexico for admission into
the State of Texas, except that portion of the State quarantined
because of fever ticks, either at one of the land border ports in Texas
listed in Sec. 93.403(c) of the regulations, or at the port of Santa
Teresa, NM, provided that certain conditions are met. Those conditions
are spelled out in paragraphs (b)(2)(i) through (b)(2)(v) of Sec.
93.427.
On January 9, 2008, we published in the Federal Register (73 FR
5132-5135, Docket No. APHIS-2007-0095) a proposal \1\ to amend the
regulations by adding San Luis, AZ, as a port through which cattle that
have been infested with fever ticks or exposed to fever ticks or tick-
borne diseases may be imported into the United States. A new facility
for the handling of animals is to be constructed on the Mexican side of
the border at the port of San Luis, AZ, that will be equipped with
facilities necessary for the chute inspection, dipping, and testing
that are required for such cattle under the regulations. We also
proposed to amend the regulations to remove provisions that limit the
admission of cattle that have been infested with fever ticks or exposed
to fever ticks or tick-borne diseases to the State of Texas. The
statutory requirement that limited the admission of those cattle to the
State of Texas has been repealed. These changes were intended to make
an additional port of entry available and relieve restrictions on the
movement of imported Mexican cattle within the United States.
---------------------------------------------------------------------------
\1\ To view the proposed rule, supporting documents, and the
comments we received, go to https://www.regulations.gov/fdmspublic/
component/main?main=DocketDetail&d=APHIS-2007-0095.
---------------------------------------------------------------------------
We solicited comments concerning our proposal for 60 days ending
March 31, 2008. We received 52 comments by that date. They were from
private citizens, industry groups, and State agriculture organizations.
Thirty-eight commenters supported the proposed rule. Fourteen
commenters expressed concerns regarding the proposed rule. The issues
they raised are discussed below.
One commenter objected to allowing cattle infested with fever ticks
to be imported into the United States.
The regulations currently allow cattle that have been exposed to
splenetic, southern, or tick fever, or that have been infested with or
exposed to fever ticks, to be imported into the United States; we
proposed to allow their importation through the port of San Luis.
However, the animals would have to meet the requirements in the
regulations for inspection, dipping, and certification of freedom from
ticks before entering the United States.
Many commenters expressed concern that the opening of the new port
at San Luis may cause an increase in the number of Mexican cattle
imported into the United States annually, particularly because it would
reduce the cost to ship for some entities. The commenters also stated
that this increase could cause financial harm to cattle ranchers in the
United States or damage the international reputation of the U.S. cattle
industry. Several commenters expressed concern with the risk
assessment, stating that its conclusion that the rule would not
increase risk was based on a faulty assumption that the new port would
not lead to an increase in the volume of cattle exports from Mexico.
In response to these comments, we have prepared an addendum to the
risk assessment,\2\ which gives additional details regarding the
reasons we do not expect this rule to increase the number of Mexican
cattle imported into the United States. As the addendum states,
increases or decreases in Mexican cattle import volumes are due to a
number of factors, most importantly weather, the financial situation of
Mexican cattle farmers, and the price of feeder cattle in the
southwestern United States. In addition, although imports have
increased over time, the total export market for Mexican cattle is not
expected to increase in the future because the demand for domestic beef
within Mexico continues to increase. Mexican beef calf exports are
almost all destined for the United States already. Therefore, it is
unlikely that Mexican cattle producers will have a large number of
additional cattle available for export to the United States.
---------------------------------------------------------------------------
\2\ See footnote 1 for the address to view the risk assessment
and the addendum to the risk assessment.
---------------------------------------------------------------------------
In addition, even if the export market were to increase, we would
not expect large numbers of cattle to enter the United States through
San Luis. Currently, the majority of Mexican cattle (about 80 percent)
are destined for New Mexico or Texas ports, with only a small
percentage (about 15 percent) going to ports in more westerly States,
including Arizona and California. This is because the mountainous
terrain and lack of well-developed roads running east to west within
Mexico make it difficult for cattle from eastern States of Mexico,
where the majority of cattle are produced, to utilize ports in more
westerly States within the U.S. If these trends continue, we would
expect the bulk of the increase in Mexican cattle imports to continue
to enter through New Mexico and Texas ports based on proximity, cost,
and convenience of travel. The Mexican States that are closest to the
San Luis port and that would, therefore, be most likely to use the San
Luis port are: Baja California Norte, Baja California Sur, Nayarit,
Sinaloa, and Sonora. Because these five Mexican States account for only
about 14 percent of Mexican cattle production, even if they were to
increase their cattle exports, it is unlikely that there will be a
significant increase in the number of Mexican cattle exported to the
United States as a result of our opening the port of San Luis to cattle
that have been exposed to splenetic, southern, or tick fever, or that
have been infested with or exposed to fever ticks.
One commenter asked what impact the proposed rule would have on the
price of cattle and beef.
[[Page 3]]
Since the amount of cattle entering the United States from Mexico
is not expected to increase significantly as a result of this final
rule, cattle prices should not be greatly affected. However, some
importers who have been importing Mexican cattle into the United States
through ports in Texas and New Mexico may save some shipping costs by
switching to the port in San Luis. To the extent that these savings on
shipping costs are passed on by brokers, consumers could see lower
prices.
Several commenters expressed concern that allowing cattle to be
imported through the port at San Luis would result in more Mexican
cattle moving to areas in the United States conducive to tick
establishment.
We expect most of the cattle that will be imported through the port
at San Luis will be cattle that otherwise would have been imported
through Texas or New Mexico ports, and not cattle that would otherwise
not have been imported. Because brokers importing cattle from Mexico
usually supply cattle to the same entities they have previously dealt
with, we do not expect the U.S. destination of Mexican cattle to change
as a result of this rule. As stated in the addendum to the risk
assessment, cattle imported through the port at San Luis will most
likely be bound for California or other areas of Arizona where non-
exposed cattle and cattle not previously infested with fever ticks and
found to be eligible for importation have historically gone. Although
there are areas within Southern California that may be conducive to
fever tick establishment, fever ticks within the United States have
been confined to certain quarantined areas in Texas since 1943 despite
continual importation of Mexican cattle into the United States.
As stated previously, even if cattle infested with fever ticks are
presented for importation, they would have to meet the requirements in
the regulations for inspection, dipping, and certification of freedom
from ticks of any type before entering the United States. Although
dipping cattle with acaricide is not considered 100 percent effective
against ticks, these measures are the same requirements for cattle
entering at other ports. Therefore, opening the port at San Luis to
Mexican cattle that have been infested with fever ticks or exposed to
fever or tick-borne diseases does not present an additional risk of
introduction and spread of fever ticks or introduction and spread of
tick fever.
Several commenters expressed concern that the area around the
proposed San Luis port may also be conducive to tick establishment if
cattle remain in the area.
As stated in the risk assessment, the area surrounding the port of
San Luis is not suitable for the establishment of fever ticks. This is
because precipitation levels in the area around the port are too low to
support the establishment of fever ticks. While moisture from the
Colorado River and from private wells in the area may create micro-
habitats that could increase the chance of survival for fever ticks,
cattle imported through the port at San Luis are not likely to remain
near the port. Finally, even if tick-infested cattle were imported and
did remain near the port at San Luis, they, along with all other cattle
imported through the port, would have been inspected, dipped, and
certified as free from ticks of any type before entering the United
States. As stated previously, although not 100 percent effective
against ticks, these are the same requirements for cattle entering at
other ports. Therefore, there is no additional risk of introduction and
spread of fever ticks or introduction and spread of tick fever.
Two commenters stated that tick fever outbreaks have occurred in
areas of the United States and Europe above the 36[deg] N line of
latitude, which contradicts the findings in the risk assessment. One of
these commenters asked that the risk assessment be revised to address
this issue.
There has never been an outbreak of fever ticks or tick fever
within the United States above the 36[deg] N line of latitude that has
been conclusively linked to cattle imported from Mexico. As mentioned
in the risk assessment, the environment above the 36[deg] N line of
latitude is not conducive for the establishment of fever ticks, even in
the case that some ticks might make it across the border. This is
because fever ticks thrive in tropical and subtropical climates; at
temperatures below 20 [deg]C, the reproductive ability of female ticks
appears to be impaired.
As noted by the commenter, tick fever outbreaks have been reported
in areas of Europe above the 36[deg] N line of latitude (i.e., Finland,
the Netherlands, Romania, and Slovenia); however those outbreaks were
due to species of Babesia (Babesia divergens and B. jakimovi) that are
transmitted via a different, non-Boophilus species of tick (Ixodes
ricinus) capable of thriving in more northern climates. Neither these
Babesia species nor this tick species are indigenous to the United
States, although similar tick species such as I. (dammini) scapularis
and I. pacificus are present that feed on deer and mice, and are
capable of spreading another species of Babesia, B. microti. However,
unlike with other Babesia species that cause tick fever, humans and not
cattle are the intermediate hosts for B. microti.
One commenter expressed concern that the restriction limiting the
importation of cattle that have been infested with fever ticks or
exposed to fever ticks or tick-borne diseases to the State of Texas was
lifted without allowing for public comment.
As stated in the proposed rule, the passage of the North American
Free Trade Agreement (NAFTA) Implementation Act removed the statutory
provisions that limited the importation of cattle only into the State
of Texas. Following the passage of the NAFTA Implementation Act, our
permitting procedures were modified to allow cattle that had been
infested with or exposed to fever ticks to be moved from Mexico into
States other than Texas under the conditions described in Sec.
93.427(b)(2). However, we did not make a corresponding change in the
regulations to reflect the statutory amendment. We sought to rectify
this error in this rulemaking, which also allowed the public the
opportunity to comment on the removal of the restriction.
Several commenters expressed concern regarding acaricide-resistant
ticks present in Mexico. One commenter suggested that we require Mexico
to standardize their tick treatment protocol for exported cattle
according to the recommendations of the Binational Tick Committee,
which requires a 400 ppm Amitraz immersion.
Although there is a concern about acaricide-resistant ticks in
Mexico, the resistance has proven to be due to the inappropriate use of
acaricides. The Mexican Government has developed a pesticide resistance
management program to minimize the development and spread of resistant
tick populations. We expect that these changes will ensure that
acaricides continue to be an effective treatment for cattle imported
into the United States. Cattle from Mexico are currently being treated
with at least a 400 ppm Amitraz treatment before entering the United
States.
Several commenters stated that the Cattle Fever Tick Eradication
Program must be fully funded and implemented.
We will continue to seek full funding of our tick eradication
program and, in the event of a fever tick outbreak, will take
appropriate action to eliminate the outbreak.
One commenter asked if more information was available about the
economic effects of the proposed rule on small businesses. Another
commenter stated that a cost-benefit analysis should
[[Page 4]]
be conducted before the proposed rule is finalized. One commenter
stated that our estimate of the costs of eradicating ticks from
infested herds is inadequate because it is based on 2005 data and
because it did not include the costs of replacing animals lost to tick
fever.
The initial regulatory flexibility analysis in the proposed rule
provided all the information that was available to us regarding the
potential economic effects of the proposed rule on small businesses.
The cost data in the regulatory flexibility analysis was based on the
most current data available at the time of drafting. Although some of
this data might be from 2005, this does not impact the regulatory
flexibility analysis. Despite the costs, we will continue to use all
the resources at our disposal to prevent the introduction and dispersal
of tick fever into the United States. Moreover, we note that there has
never been an outbreak of tick fever in the United States that was
conclusively linked to Mexican-origin cattle.
One commenter expressed concern that the United States could
experience lost export markets because it does not follow World
Organization of Animal Health (OIE) guidelines with regard to tick
fever. In particular, the commenter mentioned the OIE guidelines
recommending that a country limit its imports to animals that have
resided since birth in a zone recognized as free from tick fever or to
animals that have tested negative for tick fever in the preceding
month, and that have been treated with an acaricide prior to shipment.
In order for bovine babesiosis to persist in cattle populations in
the United States, three factors must simultaneously exist: Agent,
host, and environment. In the absence of all three elements, it is
still possible for disease to be detected occasionally, but difficult
for the infection to persist in a population. Fever ticks are currently
confined to quarantined areas within Texas and movement restrictions
are in place to prevent the movement of cattle from Mexico into the
quarantined areas. As stated in the risk assessment, in the absence of
vector ticks, tick-borne diseases cannot be spread and, therefore, will
gradually disappear from an infected herd. Therefore, even if an animal
was a carrier of tick fever, because there are no vectors to transmit
the disease within the United States outside of the quarantined areas
and because there are restrictions in place to prevent the movement of
Mexican cattle into or through tick quarantine areas, it is unlikely
that tick fever would be introduced and spread within the United
States. We are not aware of having lost any export markets due to not
complying with OIE guidelines. Moreover, we do not believe it is
necessary to limit U.S. cattle imports to animals that have resided
since birth in a zone recognized as free from tick fever or to those
cattle that have tested negative for tick fever prior to importation.
Several commenters stated that the prohibition on the movement of
tick-infested cattle into the area of Texas quarantined for cattle tick
fever must be maintained.
We agree with the commenter, as we are continuing eradication
efforts in that area of Texas. Therefore, this rule continues the
prohibition on the movement from Mexico of tick-infested cattle or
cattle that have been exposed to fever ticks or tick-borne diseases
into the quarantined areas of Texas.
Several commenters stated that APHIS should work closely with
Mexico to ensure that new cattle-handling facilities, including the
port at San Luis, AZ, are properly managed, equipped, and funded to
prevent the spread of cattle fever ticks into the United States and
that port staff are adequately trained. One commenter stated that all
port staff should be full-time and that APHIS should conduct regular
reviews of procedures at the port at San Luis, AZ.
All ports on the Mexican border are staffed by APHIS as well as
employees of the Mexican Government, and APHIS guidelines are in place
to ensure consistency and close coordination between the two groups. In
addition, APHIS has standard operating procedures in place that detail
proper tick inspection procedures. All ports are staffed with full-time
employees, and port facility reviews are conducted on a regular basis
to make sure the facilities themselves and the procedures they employ
are adequate to prevent the introduction of cattle fever ticks into the
United States. The San Luis port, like all other ports that handle
Mexican cattle, will undergo an inspection and approval process prior
to being opened for trade.
Therefore, for the reasons given in the proposed rule and in this
document, we are adopting the proposed rule as a final rule, without
change.
Effective Dates
This is a substantive rule that relieves restrictions and, pursuant
to the provisions of 5 U.S.C. 553, may be made effective less than 30
days after publication in the Federal Register.
Immediate removal of the provision in Sec. 93.427(b) that limited
the admission of certain Mexican-origin cattle to parts of Texas will
make our regulations consistent with the NAFTA Implementation Act and
with our permitting procedures, which were modified following the
passage of the NAFTA implementation Act.
However, we are delaying, indefinitely, the effective date of the
addition of San Luis, AZ, to the list in Sec. 93.427(b) of ports
through which cattle that have been infested with fever ticks or
exposed to fever ticks or tick-borne diseases may be imported from
Mexico, pending construction of new facilities and APHIS inspection of
those facilities to confirm that they are properly equipped to allow
for the necessary chute inspection, dipping, and testing of cattle.
Executive Order 12866 and Regulatory Flexibility Act
This final rule has been reviewed under Executive Order 12866. The
rule has been determined to be not significant for the purposes of
Executive Order 12866 and, therefore, has not been reviewed by the
Office of Management and Budget.
In accordance with 5 U.S.C. 604, we have performed a final
regulatory flexibility analysis, which is set out below, regarding the
economic effects of this rule on small entities.
For the purpose of this analysis, and following Small Business
Administration (SBA) guidelines, the potentially affected entities are
classified as Beef Cattle Ranching and Farming (North American Industry
Classification System 112111). By SBA standards, farms in this category
are considered small if annual receipts are not more than $750,000.
According to the 2002 Census of Agriculture, of the 664,431 beef cattle
farms, 659,009, or 99 percent, had annual receipts of less than
$500,000 and are therefore considered small. Cattle imported into the
United States from Mexico are generally purchased by stocker operations
before they are shipped to feedlots. While there is no economic
information available on the number, size, or distribution of the
stocker operations, it is reasonable to assume they are small given
that 99 percent of beef cattle ranches and farms in general are small
entities.
From 2000 to 2006, an average of 45,258 cattle per year entered
through the port of San Luis, Arizona.\3\ Historically, 80 percent of
U.S. cattle imports from Mexico have gone to Texas and New Mexico.
Between 2003 and 2008, over 6.5 million cattle entered the United
States from Mexico at various
[[Page 5]]
ports. The ports with the largest volume of cattle imports between 1994
and 2003 were Santa Teresa/El Paso (26.64 percent), Presidio (18.12
percent), and Nogales (14.24 percent). Only 5.95 percent of U.S. cattle
imports from Mexico came through San Luis.\4\ To date, the San Luis
port has only received 8,000 head of cattle in 2008. As mentioned in
the addendum to the risk assessment, San Luis' western location makes
it inconvenient, and therefore unlikely, that there will be a major
shift in cattle movements from existing ports in Texas and New Mexico.
---------------------------------------------------------------------------
\3\ Source: Centers for Epidemiology and Animal Health Import
Tracking System.
\4\ Source: Live cattle imports by Port of Entry from Mexico
into the United States: Data and Models, New Mexico State
University, August 2005.
---------------------------------------------------------------------------
Any positive effects of the rule for small entities in the San Luis
area, such as increased volumes of business for firms that transport
cattle, are expected to be largely matched by business declines for
firms operating from the Texas and New Mexico ports. Cattle importers
who find it advantageous to use the San Luis port will be positively
affected. There may also be positive effects at the Texas and New
Mexico ports if the diversion of imports to San Luis of cattle that
have been infested with fever ticks or exposed to fever ticks or tick-
borne diseases reduces operational delays when the demand for imports
is beyond the capacity of those border facilities; however, APHIS has
no information on whether such periods of insufficient capacity have
occurred, and if so, how frequently.
The final rule will increase the number of cattle operations
allowed to receive cattle from Mexico that have been infested with
fever ticks or exposed to fever ticks or tick-borne diseases. A larger
number of more widely distributed U.S. entities will be afforded the
opportunity to benefit from importing these cattle. Establishment of
San Luis, AZ, as a port of entry for cattle from Mexico that have been
infested with fever ticks or exposed to fever ticks or tick-borne
diseases will also make these cattle more readily accessible for
entities to the west of Texas; transport costs from the port of entry
will be lower because the cattle will be moved over shorter distances.
The Mexican Government has requested that a land-border port be
established on the Mexico-Arizona border to move cattle that have been
infested with fever ticks or exposed to fever ticks or tick-borne
diseases from Mexico to the United States. APHIS has determined that
with the construction of new facilities at the port of San Luis, this
request can be satisfied given that the new port will be equipped to
handle cattle that have been infested with fever ticks or exposed to
fever ticks or tick-borne diseases. The potential impacts for affected
U.S. cattle operations, most of which are small entities, are expected
to be positive. This rule does not contain any new reporting,
recordkeeping, or compliance requirements. There are no significant
alternatives to the rule that will accomplish the stated objectives.
Executive Order 12988
This final rule has been reviewed under Executive Order 12988,
Civil Justice Reform. This rule: (1) Preempts all State and local laws
and regulations that are in conflict with this rule; (2) has no
retroactive effect; and (3) does not require administrative proceedings
before parties may file suit in court challenging this rule.
Paperwork Reduction Act
This final rule contains no new information collection or
recordkeeping requirements under the Paperwork Reduction Act of 1995
(44 U.S.C. 3501 et seq.).
List of Subjects in 9 CFR Part 93
Animal diseases, Imports, Livestock, Poultry and poultry products,
Quarantine, Reporting and recordkeeping requirements.
0
Accordingly, we are amending 9 CFR part 93 as follows:
PART 93--IMPORTATION OF CERTAIN ANIMALS, BIRDS, FISH AND POULTRY,
AND CERTAIN ANIMAL, BIRD, AND POULTRY PRODUCTS; REQUIREMENTS FOR
MEANS OF CONVEYANCE AND SHIPPING CONTAINERS
0
1. The authority citation for part 93 continues to read as follows:
Authority: 7 U.S.C. 1622 and 8301-8317; 21 U.S.C. 136 and 136a;
31 U.S.C. 9701; 7 CFR 2.22, 2.80, and 371.4.
0
2. Section 93.427 is amended, effective January 2, 2009 by revising
paragraph (b)(2) to read as follows:
Sec. 93.427 Cattle from Mexico.
* * * * *
(b) * * *
(2) Cattle that have been exposed to splenetic, southern, or tick
fever, or that have been infested with or exposed to fever ticks, may
be imported from Mexico for admission into the United States, except
into areas of Texas quarantined because of said disease or tick
infestation as specified in Sec. 72.5 of this chapter, either at one
of the land border ports in Texas listed in Sec. 93.403(c) or at the
port of Santa Teresa, NM, provided that the following conditions are
strictly observed and complied with:
(i) The cattle shall be accompanied by a certificate issued in
accordance with Sec. 93.405(a), and showing that the veterinarian
issuing the certificate has inspected the cattle and found them free
from fever ticks and any evidence of communicable disease, and that, as
far as it has been possible to determine, they have not been exposed to
any such disease, except splenetic, southern, or tick fever, during the
60 days immediately preceding their movement to the port of entry.
(ii) The cattle shall be shown by a certificate issued in
accordance with Sec. 93.405(a) to have been dipped in a tickicidal dip
within 7 to 12 days before being offered for entry.
(iii) The importer, or his or her duly authorized agent, shall
first execute and deliver to an inspector at the port of entry an
application for inspection and supervised dipping wherein he or she
shall agree to waive all claims against the United States for any loss
or damage to the cattle occasioned by or resulting from dipping, or
resulting from the fact that they are later found to be still tick
infested; and also for all subsequent loss or damage to any other
cattle in the possession or control of such importer which may come
into contact with the cattle so dipped.
(iv) The cattle when offered for entry shall receive a chute
inspection by an inspector. If found free from ticks they shall be
given one dipping in one of the permitted dips listed in Sec. 72.13(b)
of this chapter under the supervision of an inspector 7 to 14 days
after the dipping required by paragraph (b)(2)(ii) of this section. The
selection of the permitted dip to be used will be made by the port
veterinarian in each case. If found to be infested with fever ticks,
the entire lot of cattle shall be rejected and will not be again
inspected for entry until 10 to 14 days after they have again been
dipped in the manner provided by paragraph (b)(2)(ii) of this section.
(v) The conditions at the port of entry shall be such that the
subsequent movement of the cattle can be made without exposure to fever
ticks.
* * * * *
0
3. Section 93.427 is further amended, with an effective date pending
further notice, by revising paragraph (b)(2) introductory text to read
as follows:
Sec. 93.427 Cattle from Mexico.
* * * * *
(b) * * *
(2) Cattle that have been exposed to splenetic, southern, or tick
fever, or that
[[Page 6]]
have been infested with or exposed to fever ticks, may be imported from
Mexico for admission into the United States, except into areas of Texas
quarantined because of said disease or tick infestation as specified in
Sec. 72.5 of this chapter, either at one of the land border ports in
Texas listed in Sec. 93.403(c) or at the port of Santa Teresa, NM,
provided that the following conditions are strictly observed and
complied with:
* * * * *
Done in Washington, DC, this 22nd day of December 2008.
Kevin Shea,
Acting Administrator, Animal and Plant Health Inspection Service.
[FR Doc. E8-31212 Filed 12-31-08; 8:45 am]
BILLING CODE 3410-34-P