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Details About the Aquatic Herbicides Used in Florida: ... and diffuses rapidly through the water, quickly adsorbing into plant tissue. However, diquat is also strongly cationic ...

acceptable toxicity level
active ingredient
acute effect
acute exposure
adsorbing
adsorption
adventive
adventive biological control
algae bloom (algal bloom) (bloom)
alkaline
anadromous
anoxia
apical meristem
application rate
aquaculture
aquascaping
aquatic macrophyte
aquifer
atmospheric nitrogen
augmentative biological control
bedrock
benthic
bioaccumulate
bioavailability
biodiversity
biological control
biological productivity
biomass
bloom
brackish
brand name
breakdown pathway
broad spectrum herbicide
calcareous
cationic
caution
certified applicator
chemical name
chlorophyll
chloroplasts
cholorophyll
chronic exposure
color
common name
contact herbicide
contact time
contaminants
convectional mixing
danger
dermal exposure
detrital
diffusion
directions for use
dissipation
dissolved oxygen
dose
drawdown
ecological niches
efficacy
emergent
emersed
epilimnion
eradication
establishment number
euphotic zone
eutrophic
eutrophication
evaporation
evapotranspiration
exposure
fire regime
floating islands
floating-leaved
flocculent
Floridan aquifer
fluvial
formulation
fortuitous biological control
free-floating
fry
graminoid
gravid
half-life
herbaceous
herbicide
herbicide precipitation
herbivorous
humic acid
hydraulic conductivity
hydraulic gradient
hydrologic cycle
hydrolysis
hydrostatic head
hypereutrophic
hypolimnion
hypoxia
inactivation
inert
inert ingredients
inhalation
inundative biological control
karst
labeling
LD50
lethal plant dose
lignins
limnologist
littoral zone
magnesium
marl
maximum use rate
metabolites
metalimnion
microbial
migratory
milt
monoculture
narrow-spectrum herbicide
ninety-six hour LC50
nitrogen
nitrogen fixation
non-classical biological control
nutrients
oligotrophic
oral exposure
oxide
oxidize
PDMP
peat
periphyton
personal protective equipment (PPE)
phosphorous
photic zone
photolysis
phytotoxic
pioneering
plankton
pneumataphores
potable water
ppb
precipitation
prescribed fire
propagule
recharge
registration number
restricted-use pesticide
rhizoids
rinsate
saturate
Secchi depth
Secchi disk
Secchi transparency
selectivity
senesce
signal word
standing crop
statement of practical treatment
submersed
substrate
surficial aquifers
systemic herbicide
tannin
temperature inversion
thermal stratification
thermocline
toxicity
transformation
translocate
transpiration
triploid grass carp
troglobites
trophic state
tubers
turbid
turion
tussocks
vascular plants
viscosity
warning
water clarity
water column
water transparency
water-table
watershed
Why Manage Plants
Overview of Florida Waters
Control Methods
Developing Management Plans
Research and Outreach

Plant Management in Florida Waters : An Integrated Approach

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