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Invasive Species LESSONS CREATED IN CONJUNCTION WITH 2012 GOLD AWARD PROJECT INVASIVE SPECIES LESSON PLAN CONTENTS Introduction .........................................................................................................................
ALL TAXA WITH OCCURRENCES BY YEAR Family Common Name Scientific Name Status 2015 2016 2017 Amaranthaceae Anacardiaceae Anacardiaceae Apiaceae Apiaceae Apiaceae Apocynaceae Asclepiadaceae Asclepiadaceae Asclepiadaceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae Asteraceae redroot amaranth smooth sumac eastern poison ivy Carrot family Queen Anne's lace spreading hedgeparsley Indianhemp common milkweed green comet milkweed honeyvine common yarrow annual ragweed lesser burdock Composite family spiny plumeless thistle nodding plumeless thistle rush skeletonweed chicory Canada thistle field thistle thistle bull thistle Canadian horseweed American burnweed eastern daisy fleabane prairie fleabane thoroughwort joe pye weed introduced native native uncertain introduced introduced native native native native native native introduced uncertain invasive invasive introduced introduced invasive native uncertain invasive native native native native native native 0 0 30 3 0 0 60 0 0 1 0 0 6 0 0 0 1 0 0 0 23 16 28 1 0 0 1 1 4 42 0 4 0 51 4 0 0 1 48 0 0 0 0 0 1 5 0 0 15 64 12 6 0 1 0 0 8 41 0 5 2 61 5 2 3 0 45 1 1 7 5 1 1 6 23 1 0 80 6 13 1 0 0 Asteraceae smooth oxeye Amaranthus retroflexus L.
Nasarre Paper 93%
Pearson1,2 Abstract Cell identity signals inﬂuence the invasive capability of tumor cells, as demonstrated by the selection for programs of epithelialto-mesenchymal transition (EMT) during malignant progression.
M ARSH R ESTORATION P ROJECT Mill Pond Marsh Client Arrowsic, Maine The Nature Conservancy retained Wright‐Pierce to conduct a topographical survey and prepare base mapping associated with the removal of an existing private roadway and bridge crossing the salt marsh known as the Mill Pond Preserve, which is located in Arrowsic, Maine. The project is funded through a grant from Maine’s In Lieu Fee (ILF) Program administered by the Maine Natural Resources Conservation Program (MNRCP). The sponsor for the program is the Maine Department of Environmental Protection. The program serves as an alternative form of compensation for impacts to aquatic resources authorized by the New England District Army Corps of Engineers (and/or the Maine Department of Environmental Protection. The Nature Conservancy Project at a Glance Topographic survey of marsh crossing Development of base mapping WATER ~ WASTEWATER ~ STORMWATER ~ INFRASTRUCTURE 888.621.8156 www.wright‐pierce.com W ETLANDS M ITIGATION P ROJECTS FOR MDOT New Gloucester, Maine Wright‐Pierce was retained by Woodlot Alternatives, Inc. to assist in the development of two projects which had been identified for mitigation of wetland impacts associated with the realignment of a portion of Route 9 in New Gloucester. The first of the two mitigation efforts included re‐grading and restoring the existing roadway alignment as a wetland in the area of its crossing of Mosquito Brook. The second project included stream bank stabilization and habitat improvements along a section of the Royal River, as well as the creation of vernal pools and replanting within an area of the floodplain along the river. Past use of the area for agricultural purposes had resulted in the loss of much of the natural riparian vegetation and associated habitat values. The first of the two projects is being completed as a part of the ongoing highway reconstruction project. The second project was contracted separately and completed in September of 2003. Client Woodlot Alternatives, Inc. Project at a Glance Woodlot Alternatives, Inc., retained Wright‐Pierce to assist in the development of two projects for mitigation of wetland impacts. The project included the following tasks: Regrading and restoration of the existing roadway alignment Stream bank stabilization and habitat improvements, including replanting WATER ~ WASTEWATER ~ STORMWATER ~ INFRASTRUCTURE 888.621.8156 www.wright‐pierce.com M ARSH R ESTORATION P ROJECT Ocean Park Marsh Client Old Orchard Beach, Maine In the course of an assessment of flooding issues in the Ocean Park area of the community, it became evident that the historic role of area marshes in flood mitigation had deteriorated over time due to the colonization of the marshes by invasive species, such as phragmites and yellow flag iris. Reduced tidal flushing associated with the installation during the 1990’s of a tide gate at the marsh outlet had resulted in a considerable change in vegetative species due to the reduced salinity. Wright‐Pierce was retained by the Town to develop a strategy for controlling the invasive plants in Jordan Park Marsh and to oversee implementation of various mitigation measures. Wright‐Pierce subcontracted with the York County Soil and Water Conservation District who developed an invasive plant management plan to be implemented over a five‐year period. Town of Old Orchard Beach Project at a Glance Hydrologic assessment of flooding Invasive species assessment Mowing of phragmites Use of herbicides The invasive plant management plan included a combination of physical (mowing) and chemical (herbicides) techniques to control the invasive species. WATER ~ WASTEWATER ~ STORMWATER ~ INFRASTRUCTURE 888.621.8156 www.wright‐pierce.com R ESTORATION OF A QUATIC AND W ETLAND H ABATAT As one of New England's most prominent engineering consultants, Wright‐ Pierce provides engineering assessments, planning, design and permitting assistance associated with a range of projects that involve enhancement of aquatic and wetlands habitats. We have developed excellent working relationships with regulators at the federal, state and local levels, as well as regional entities and academics. Our experience with a variety of applications and solutions, at aquatic locations throughout New England, positions us to provide expert advice to clients with respect to the selection of appropriate technologies. In many cases, these efforts have involved collaboration with a variety of governmental and non‐governmental entities, such as NOAA, the US Fish & Wildlife Service, state resource agencies, Audubon and The Nature Conservancy. Recent and ongoing projects include the following: Lake restoration / sediment removal Marsh restoration / enhanced tidal flushing Beach dune grass restoration Invasive species management Dam removal Culvert replacement/barrier removal Fishway installation Stream restoration / morphological assessment Estuarine water quality improvements Lake water quality improvements Non‐point source pollutant management WATER ~ WASTEWATER ~ STORMWATER ~ INFRASTRUCTURE 888.621.8156 www.wright‐pierce.com
D0000551 2015-12 iPassage™ Minimally Invasive Retractor iPassage™ DESIGN RATIONALE The iPassage™ is a tissue sparing retraction system allowing smaller incisions that may lead to faster recovery time.
The prognostic significance of lymphovascular invasion in invasive breast carcinoma.
Wednesday December 2 Scientific Posters BR259-SD-WEA7, 12:15pm - 12:45pm, Learning Center Hall D, Station #7 Variation in the Sensitivity of ShearWave ElastographyTM (SWETM) for the Detection of Invasive Breast Cancer According to Histological Type:
Minimally invasive therapies can be used to help address a number of issues.
Activities of the enzymes aldose reductase and xylitol dehydrogenase are induced in Candida tenuis when the organism is grown on arabinose.104 The rate of DA appearance in the body equals the urinary excretion rate and is directly proportional to the concentration ratio of DA to creatinine in serum or urine.105 Measuring serum DA allows prompt diagnosis of invasive candidiasis.106 Immunocompromised patients with invasive candidiasis have elevated DA/ creatine ratios in urine.
These developments have been accompanied by advances in neuromodulation interventions, both invasive as deep brain stimulation, and non-invasive such as repetitive transcranial magnetic stimulation and transcranial direct current stimulation.
Six Reasons 83%
Thailand hospitals have numerous operating theaters and enough qualified surgeons that there is little, if any, waiting for scheduling even the most complex and invasive procedures.
The issue with chemical sensors is their potential to produce an invasive experience.
If problematic situations arise near designated, actively maintained public paths, the required default response should be non-chemical treatment, such as regular trimming back of tree re-sprouts, or hand removal or organic approaches with invasive plants.
0883-5403/2705-0023$36.00/0 doi:10.1016/j.arth.2011.09.021 introduction of minimally invasive and quadricepssparing surgical techniques [11,12].
VNG Diagnostic Testing Assessment By Heart Smart Heart Smart’s Videonystagmography (VNG) Equipment Is A Non-Invasive, Non-Pharmaceutical Assessment That Provides An Objective Diagnosis For Symptoms Like Dizziness, Imbalance, Unsteadiness And Vertigo.
Coral® Coral® MIS Spinal System Coral® MIS Spinal System DESIGN RATIONALE The Coral MIS Spinal System extends the application to minimally invasive surgical procedures of the lumbar spine.
Coral MIS SS 78%
Integra ™ Coral™ MIS Spinal System The Coral MIS Spinal System extends the application of the Coral Spinal System to minimally invasive surgical procedures of the lumbar spine.
für Landwirtschaft und Fischerei MV, Institut für Fischerei, Außenstelle Hohen Wangelin Es wurde erstmals untersucht, ob sich in einer Kreislaufanlage die Bestimmung der Cortisolkonzentration im Wasser als nicht-invasive Methode zur Bestimmung des Stressstatus von Zandern eignet.