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presence may not be related to diminishing fresh
water flows
Additional restrictions to protect seagrasses
are often highly controversial
3
3
Slow 1
3
1
2
1
1 2
Public acceptance fairly high for seatrout
and seagrasses
2
1 2
Soil Characteristics
Food Web Support 1
2
1 1
3
3
Requirement for preferred fish
communities 5
Presence/Absence/Vitality
of Preferred Habitats
Ecological Preservation
1
Historic mangrove shorelines would be
recreated
Valued Ecosystem Component
(Seatrout, Manatees and Johnson's
Seagrass and Manatee grass)
Community Index
Indicator Species
(Seatrout & manatee grass)
Pre-development Scenario
STRENGTHS & Score
(0 - no strengths, 5 = strong)
WEAKNESSES & Score
(0 = Very weak, 5 = few weaknesses)
3
5
5
Would involve restoration of mangrove
shorelines and seagrass habitats
Recreational fishing is popular, but most fishers
do not understand fish life cycles
4
2
If salinities are correct for seatrout and
manatee grass, conditions will be suitable
for numerous other species
1
SPEED OF
ADAPTIVE MGMT
(Slow (0), Medium (3) , Fast (5))
Would require more intensive
monitoring of fish catches and seagrass
mapping
Pubic opposition to more detailed fishery
monitoring
Replacement of seawalls with mangroves
not feasible
Add'l restrictions to maintain current
status would not likely receive public
acceptance
OPPORTUNITIES & Score
(0 = creates numerous problems;
5 = creates few problems)
THREATS & Score
(0 = large # of threats, 5= few)
3 2
FEASIBILITY OF COST-EFFECTIVE
PERFORMANCE STANDARDS
(Very costly (0), Comparatively inexpensive (5)
3 3
Reductions in indicator species may not
be related to diminishing fresh water flows
Yes - Some data already being
compiled
rev 11-14-03
Table E-3
Advantages and Disadvantages of Different MFL Approaches for Biscayne Bay
Miami River - Government Cut Sub-region
POTENTIAL APPROACHES APPROACH SCORE
(Cumulative Total)
Manatees have high public appeal
Reasonably good existing database
Somewhat easy to ID Significant Harm Critical habitat already designated Some data already being compiled
A lot of scientific work already done
Target population exceedingly small
Difficulty in monitoring minimal changes
Little public support likely Yes - Data already being compiled
High levels of biodiversity
Would prevent continued degradation Existing condition is in Significant Harm Yes - Data already being compiled
Estuarine conditions currently absent
Would maintain existing degraded condition
Likely significant public opposition Significant public opposition likely
Very expensive and long term