Forward...From
The Sea; Can We?
CSC
1995
SUBJECT
AREA - Warfighting
EXECUTIVE SUMMARY
Title:
Forward... From The Sea; Can We?
Author:
Major M.G. Dunnagan, United States Marine Corps
Thesis:
Although the Navy and Marine Corps espouse the forward from the sea concept,
deficiencies
in mine countermeasure capabilities may hinder our ability to do so.
Background:
The United States Navy and Marine Corps recently published a joint
strategic
concept which will guide them into the next century. "Forward... From The
Sea"
stresses the need for a forward deployed naval presence which can react swiftly
to a
crisis
which effects our national security. In order to do this, the naval force must
have
the
capability to rapidly introduce combat power ashore. A deficiency in Shallow
Water
Mine
Countermeasures (SWMCM) was higlighted during Desert Storm, which may
preclude
the projection of power ashore in future scenarios. The Navy and Marine Corps
have
formed a joint SWMCM program monitored by a Three-Star Steering Group and a
SWMCM
Commitee. A number of programs are being studied and developed to give the
Navy/Marine
Corps team a viable SWMCM capability. Some of these improved
capabilities
are already fielded while others will not be fielded for 10 to 15 years.
Continued
command interest as well as continued budgeting will be required to ensure
naval
forces have the capability to project power ashore in support of national
interests.
Recommendation:
Operational Maneuver From The Sea and Over The Horizon are
outstanding
concepts, but without a viable SWMCM capability, these concepts may not
be
possible in future scenarios. The Navy and Marine Corps must continue to
develop a
SWMCM
capability as well as incorporate joint breaching operations into amphibious
training
exercises.
FORWARD...FROM THE SEA; CAN WE?
The United States Navy and Marine Corps
recently
published
a joint strategic concept which will guide them
into
the next century. "Forward... From
The Sea" stresses
the
need for a forward deployed Naval presence to react
swiftly
to any crisis which may effect our national
interests
or national security. Focusing on the
littoral
area,
Navy and Marine Corps forces can seize and defend
advanced
bases--ports and airfields--to enable the flow of
lands-based
air and ground forces....1 This
represents a
major
shift in focus for the Navy, from deep water
operations
to littoral operations.
In this paper I will look at one aspect
of amphibious
warfare
that has often been overlooked but which is of
extreme
importance. Shallow Water Mine
Countermeasures
(SWMCM)
represent a major deficiency in our amphibious
capabilities. Although this deficiency was recognized by
the
Navy it was really brought to the forefront by the Gulf
War. The Iraqis heavily mined the coastline of
Kuwait and
had
we decided to conduct an amphibious assault it would
have
been extremely costly in both equipment and lives due
to
a SWMCM deficiency. The Navy and Marine
Corps are
currently
involved in developing capabilities and procedures
to
enable naval forces to assault through mined littoral
areas.
There are two reasons why this deficiency
was allowed
to
exist. One reason was the Navy's former
focus on deep
water
operations. Until recently, the
amphibious side of
the
Navy was viewed by many as a necessary evil and was
treated
with great disdain. All counter mine
warfare was in
the
deep water Navy, which was not collocated with nor had
any
dialogue with the amphib Navy. This
represents a
problem
as these two communities, now heavily involved in
SWMCM
efforts, are still not overly conversant in each
other's
capabilities and techniques. The good
news is that
they
are working to overcome this deficiency.
SWMCM deficiencies also resulted from the
previous
focus
on Europe and NATO during the Cold War.
One aspect of
the
NATO alliance was the reliance of member countries on
each
other for various capabilities. Since
many of our NATO
allies
have a SWMCM capability it was felt that it would be
too
costly for the United States to develop a capability
which
was considered a duplication. For these
reasons,
there
is a very large hole in our ability to conduct
amphibious
operations, against a determined enemy with a
mine
capability, in a littoral area.
In response to this identified
shortcoming, the Navy
and
the Marine Corps have formed a joint SWMCM program
monitored
by a Three--Star Steering Group and a SWMCM
Committee. A number of programs are being studied and
developed
to give the Navy/ Marine Corps team a viable SWMCM
capability. These programs are divided into near term (5
years)
and far term (10 years). The priority
for the Marine
Corps
is to develop detection and reconnaissance assets to
enable
avoidance as well as exploitation of gaps and to aid
in
mine warfare planning. Amphibious
warfare doctrine
recommends
avoiding mined areas through maneuver
capabilities
or taking overt actions to prevent the hostile
mining
of coastal and open water areas.2
The areas in the littorals that must be
breached are
broken
down into five distinct areas.
Traditionally, the
Navy
has the responsibility of clearing mines/obstacles up
to
the high tide mark, the Marine Corps has the
responsibility
of clearing from the high tide mark inland.
More
precisely:
Mines must be detected, prepared for
neutralization
and neutralized in the deep water (over
200'),
shallow water (200'--40') and very
shallow water
(40'--10') approaches to the beach without
alerting the
defender or in--stride with the assault.
After the
approaches are clear, the surf zone
(10'--0'),
beach and craft landing zone
mine/obstacle
barriers must be breached
in--stride.3 In order to do
this,
multi--faceted detection, breaching and lane marking
capabilities
must be developed, tested and trained with.
THE THREAT
The end of the Cold War has ushered in an
era of world
instability
and uncertainty. The Navy/Marine Corps
team can
no
longer focus on only a few areas as "The Threat." Naval
Expeditionary
Forces may be called upon to conduct
amphibious
operations in any number of the world's
littorals. The fall of the Soviet Union has served to
exacerbate
this problem with the widespread proliferation of
weapons
of all kinds, to include traditional and
non-traditional
types of mines. Any threat country that
possesses
a coastal navy could easily develop a credible and
sophisticated
mine warfare capability. As mine
proliferation
in the past has not been given the same
scrutiny
as armored vehicles or aircraft, and mine sales are
difficult
to track and inventories are difficult to
determine,
such a capability could present a tactical
surprise.4 Obviously, a tactical surprise to an
amphibious
unit
in the assault could result in mission failure. The
high
level of mine proliferation world--wide is one reason
why
the Marine Corps' priority is to develop detection and
reconnaissance
capabilities.
Marine Corps doctrine and amphibious
operations are
critically
dependent upon mobility and maneuver. A
threat
country
with a naval mining capability can seriously impede
maneuver
and conceivably slow down or completely stop
mobility. Given the fact that 90% of the United States
strategic
lift is done by sealift, the magnitude of the
threat
grows exponentially. A viable SWMCM
capability is
necessary
to ensure success for any naval force projection.
The proliferation of mines poses a
serious problem to
United
States naval forces in the near term.
Today 49
countries
possess a [water] mining capability, of which 29
have
some demonstrated mine production capacity and 20 are
attempting
to export mines.5 Mining is probably
the
simplest
and the least expensive means of denying a littoral
area
to a naval force. The lack of a SWMCM
capability in
our
naval forces became public knowledge following Desert
Storm. Our SWMCM capability is the Achilles heel of
our
naval
force projection concept espoused in "FORWARD... FROM
THE
SEA."
Many types of mines are now available for
naval use on
the
world market, ranging from the more traditional "dumb"
mines
to a wide variety of technologically advanced mines.
The
variety and availability of these mines make
countermeasures
extremely difficult. The following is a
brief
survey of some of the new technology available today
or
in the near future.
"Stealth" Mines. With the
improvement in detection
means, means for avoiding detection are
also
improving. These are primarily for
bottom mines,
and include nonmetallic casings,
non--traditional
shapes, casings made of materials that
can avoid
sonar detection and casings that enable
the mine
to bury itself in the bottom. These
methods for
avoiding detection will be on the
market within
10 years.
Mobile Mines. These mines are launched
from a
platform such as a small craft or a
submarine and
travel under their own power to a
designated point.
This gives the using country plausible deniability.
Mines of this type are produced and
offered for sale
by Russia.
Anti-invasion Mines. These mines are
specifically
designed to target landing craft and
vehicles in or
near the surf zone. Although not sophisticated, the
dynamics of the surf zone make them
difficult to
detect and neutralize.
"Active" Mines. This type of
mine is a munitions
launching platform in itself. The
Russian MSHM mine
is able to shoot a torpedo at its selected target.
Further technological developments will
likely enable
the targeting of LCACs and helicopters
involved in
sweep operations. Active mines give a
minefield its
own self-protection capability.6
In addition to these types of mines,
technology has
made
a new generation of fuses, combination sensors, and
detonators. Using the right fuse gives the mine target
discrimination
and counter--countermeasure capabilities.
The
seemingly endless combinations available will continue
to
create problems for mine countermeasure efforts. Many of
these
new generation fuses are available off the shelf,
adding
one to a traditional "dumb" mine gives the threat
country
a sophisticated weapon.
The easy availability of many of these
mines and fuses
makes
the chances of encountering them in a future conflict
very
likely. This paper will now turn to the
initiatives
that
are being studied or developed to enable the Naval
Expeditionary
Force to project power ashore.
INITIATIVES/ CAPABILITIES
The preferred method for dealing with any
mined area is
avoidance. If there are other beaches in the area which
will
accommodate an amphibious landing and the concept of
operations,
the landing force should avoid mined areas
through
operational maneuver from the sea. The
problem with
this
is the lack of reconnaissance and intelligence assets
available
to the CATF and CLF to give them this type of
information. Another option is to generate rules of
engagement,
early in the crisis, which allow pre--emptive
strikes
prior to commencement of the operation.
These
strikes
would be conducted against the enemy's mine
manufacturing
or storage facilities, mine laying platforms
and
units which lay the mines.
Unfortunately, pre--emptive
strikes
are not always a viable option.
Therefore, the
landing
force must have the ability to conduct countermine
operations
from shallow water inland to craft landing
zones(CLZ). This paper will take a look at some
capabilities
that are on hand now and others that will
become
available in the near term and far term.
Presently, the principle forces available
to the Navy
for
MCM operations are ships and helicopters.
The
Avenger(MCM--1)
is the larger ship, capable of 13.5 knots.
A
total of 14 of these are becoming available now. The
Osprey(MHC--51)
will be delivered over the next 3 years and
will
eventually total 12. Additionally a MCM
command and
control
support ship will become available with the
conversion
of the USS INCHON. This ship will
enhance C4I
for
the MCM forces. The Osprey is capable
of conducting
mine
sweep and neutralization operations in water as shallow
as
30 feet but prefers to operate in a minimum depth of 40
feet
to reduce the ship's vulnerability to mines.
The MH--53E Sea Dragon offers a rapid
response MCM
capability
as it can be strategically air lifted to the
crisis
area. The Sea Dragon can conduct sweep
operations
faster
than the Osprey but cannot identify mines, requiring
time
consuming post--flight analysis. This
helicopter can
conduct
sweep operations in water as shallow as 20 feet, but
cannot
sweep at night or during periods of reduced
visibility.
Modifications to the LCAC have created
the
Multi--purpose
Craft Air Cushion(MCAC), two of which have
MCM
applications. In one configuration, the
MCAC conducts
sweep
operations towing the same array used by the Sea
Dragon. In another configuration the MCAC conducts
breaching
operations firing the M58 line charges.
These
modifications,
when they become available to the fleet, will
offer
a platform that is capable of conducting MCM
operations
in shallow water, very shallow water and through
the
surf zone. The MCAC with line charges
will have the
capability
of conducting breaching operation past the high
tide
mark to the CLZ. A modification to the
line charge
will
have two rockets propel a surf zone array vice a single
line
of explosive charge. The surf zone
array will breach
lanes
in the water with a much higher degree of probability.
Experiments
are also being conducted on an inexpensive
method
to stabilize the rockets and to produce a straighter,
truer
flight. Unlike the Sea Dragon, the MCAC
will have the
capability
of operating 24 hours a day.
In addition to the already mentioned
assets which are
already
available or under development, there are numerous
other
capabilities being considered. The EOD
MCM Detachment
is
specifically trained and equipped to support ship and
helo
MCM operations by diving against influence fired
underwater
ordnance. The basic EOD Detachment
cannot dive
against
influence fired ordnance, but can be used to augment
operations
in the surf zone and ashore. The Marine
Mammal
System
is used with the EOD MCM Detachment and can detect,
mark
and neutralize both moored and bottom mines.
The
Marine
Mammal System is the only operational system with a
capability
to detect buried mines. These mammals
have been
trained
to place and activate explosives on or near the
mine,
without injury to themselves. There are
numerous
other
systems in the fleet or which will be available in the
immediate
future which will enable MCM forces to hunt,
identify,
sweep and neutralize mines.
The near--term concept for conducting
SWMCM operations
is
somewhat bleak. These types of
operations can only be
conducted
deliberately, in a benign environment.
The
concept
is threat dependent from both a helicopter
perspective
(exposure to enemy fire/asset limitations) as
well
as to the degree of complexity/density of the
mine/obstacle
barriers.7
The far--term concept, when realized,
will give the
naval
Expeditionary Force the capability it needs to project
power
ashore in a hostile environment. This
concept calls
for
significant improvements in reconnaissance and detection
through
evolving technologies. It calls for
clandestine
detection
and neutralization operations to assist the NEF in
achieving
tactical surprise. Technologies promise
to
provide
an in--stride deliberate breaching capability for
amphibious
assaults, thereby allowing the advantage of
operational
maneuver from the sea to be fully realized even
in
a mine/obstacle threat environment.8
COMMAND AND CONTROL
The above initiatives will fail unless
doctrine is
developed
which covers the command and control aspect of MCM
operations
during amphibious operations. Currently
there is
no
doctrine which covers the command and control aspect of
MCM
operations during amphibious operations.
A
COMSURFWARDEVGRU
TACMEMO, titled "Amphibious Operations in a
Mine
Environment," is out in the fleet and the MEFs right
now
for concurrence and/or recommendations.
It proposes a
command
and control concept for amphibious MCM operations,
which
I will outline and then analyze.
The CATF is responsible for command and
control during
an
amphibious operation. The Central
Control Officer(CCO)
and
the Tactical Air Officer (TAO) belong to the CATF. They
are
responsible for directing and adjusting the timing of
arrival
of craft and helicopters in CLZs and LZs,
respectively. The TACMEMO establishes a MCM Commander who
is
responsible for directing all MCM operations from the
seaward
side of the mined area to the high water mark/ CLZ.
Obviously,
close and continuous coordination is required
between
the MCM Commander and the CCO and the TAO.
In addition to the MCM Commander, two
other commanders
have
responsibilities for initial mine breaching and
clearance
in the landing area. The CLF is
responsible for
providing
task organized forces to conduct breaches through
the
beach zones and CLZs as well as egress routes inland
from
the CLZs for the assault forces. The
Landing Force
Support
Party(LFSP) Commander is responsible for conducting
rapid
follow--on clearance to widen already cleared lanes.
The
LFSP Commander will continue these operations in order
to
increase throughput of personnel, equipment and supplies
across
the beach. Additionally, he will
continue clearing
the
beach to establish a beach support area from which to
support
the MAGTF. It should be noted that the
LFSP
Commander
works for the CLF.
The MCM Commander has three mine warfare
elements.
These
are the Air MCM units, the Surface MCM units and the
Underwater
MCM units. The MCM Commander controls
and
technically
directs these assets using a Mine Clearance
Coordination
Net. Tactical control of all
helicopters is
exercised
by the Tactical Air Control Center through its
Helicopter
Coordination Section and Primary Helicopter
Direction
Center(HDC). Extremely close
coordination is
necessary
between the MCM Commander's control agency and the
Primary
HDC to ensure proper routing of AMCM assets as well
as
their protection from hostile air.
The key to successful command and control
of MCM
operations
in an amphibious environment will be detailed
planning
as well as close and continuous coordination.
A
problem
will be the determination of when and where the
"handoff"
occurs between the MCM commander and the CLF. The
transition
must occur in the initial phases of assault
forces
landing so they become the focus of effort and get
priorities
of fires and air support. At some point
in the
operation
the MCM Commander, the CLF and the LFSP Commander
will
be conducting MCM operations simultaneously.
Again the
time
and space dimension of the handoff becomes critical as
all
are competing for scarce assets.
Another significant problem will be
ensuring that
seaward
and landward ingress and egress routes are aligned
and
marked. Aligning and marking these
routes is a
responsibility
of the MCM Commander, and will be extremely
difficult
at best. The dynamics of the shallow
water area
and
particularly the surf zone to include strong currents,
wave
action, surge and tides will multiply the difficulty of
aligning
and marking cleared routes. The natural
forces at
work
in this area almost rule out any type of marking other
than
the use of GPS. The use of GPS to
transit cleared
lanes
is probably the only marking system that can over come
the
problems created by a constantly changing surf zone.
The problems identified above are just a
few of the
major
problems I see with the proposed command and control
concept. These problems can be overcome with detailed
planning
and close, continuous coordination. The
Navy and
Marine
Corps must start practicing MCM operations in joint
amphibious
exercises. Effective command and
control can
make
the difference between success and failure, so every
effort
must be made to exercise and refine this command and
control
concept.
CONCLUSION
The SWMCM program started at almost
ground zero
following
the Gulf War. A serious shortcoming in
this
capability
surely bad a significant impact on the CINC's
decision
not to conduct an amphibious assault against the
Iraqis
in Kuwait. Fortunately, the amphibious
forces
positioned
off the Kuwaiti coast played a significant role
without
having to actually conduct an assault.
The problem
was
identified and elevated to the highest level without the
loss
of life and equipment that would have taken place had
an
amphibious assault been conducted.
Since 70% of the world population lives
within 200
miles
of the ocean, and 80% of the world's capitals lie
within
300 miles of a coastline, most of America's global
interests
are well within reach of the sea9. In
light of
this,
the Naval Expeditionary Force will continue to be the
force
of choice for protecting and defending our national
interests
in future conflicts or crises. To do this, we must
be
able to rapidly project power ashore in any environment,
including
mine-infested coastlines. The Navy and
Marine
Corps
are working diligently in the areas of research and
development,
available off the shelf assets and new
concepts/doctrine
to overcome our MCM deficiencies. This
effort
will require robust and continued funding to be
successful. During this time of continuing cuts and
reduced
budgets
for the military, this program must remain a
priority. Fortunately, the MCM's budget is only
"a drop in
the
bucket" compared to the Navy's overall budget, as it is
primarily
involved in making improvements to existing
capabilities.10
The thesis question in this paper is,
"Can we go
Forward...From
The Sea?" At present, there are
numerous
scenarios
in which the Naval Expeditionary Force simply does
not
have the capability to get through a heavily mined
littoral
which is being defended by a determined enemy.
Depending
on the situation the NEF may be able to avoid the
mined
area and still accomplish its mission.
For the near--
term
the NEF is only capable of conducting SWMCM operations
in
a benign environment, or by avoiding the mined area
through
Operational Maneuver From The Sea.
The good news is that, in the far--term,
efforts in
research,
development, and budgeting will continue to
command
interest at the highest level. As I
stated earlier,
the
Navy and Marine Corps must take every opportunity to
practice
these new concepts and capabilities in training
exercises. Utilizing these new concepts and
capabilities in
amphibious
training exercises, will allow the opportunity to
test,
change and refine doctrine, tactics and techniques in
an
environment where the cost is low risk.
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