Posting for Treatment June 18, 2008 June 18, 2008. Center Pond, Becket, Massachusetts, USA. This posting is for a 1.45 acre treatment with Reward (active.

Slides:



Advertisements
Similar presentations
First Grade Bettie F. Williams Elementary
Advertisements

CHAPTER 1 Plants Grow and Change
Pot in Pot Nursery Production
Invasive and Nuisance Aquatic Plants in Warner’s Pond.
Water Biomes.
Putting It All Together
Lake Cochituate State Park Vegetation Survey Results June 2006 July 24, 2006 Morse Institute Public Library Natick MA Photo: M. Gildesgame ©
AQUATIC WEED CONTROL. Ponds  14,000 ponds east of highway 17.
Succession: change in species within an ecosystem as the conditions of the ecosystem change.
PLANTS.
Lakes & Ponds Mrs. Wisher.
Eurasian Water Milfoil. Exotic Eurasian Water Milfoil 11 Native Species of Water-milfoil in North America. 7 Native Species of Water-milfoil in Wisconsin.
January 17 th, Eurasian Watermilfoil (EWM) Exotic milfoil Can grow nearly 10 feet in length Can forms dense mats at the waters surface Grows in.
Water Plants By Ian Michael Pettigrew. Table of Contents Questions About Water Plants………………1 Types of Water Plants……………………….2 Providing Food and Shelter………………….3.
Plant Life Cycle 4.01 Explain the growth process of plants.
BY: DREW FEHRMAN, EMILY GONZALES, SOPHIA ZAVALA, AND MELISSA SZERDI FRESHWATER BIOMES.
What am I looking at?  This is an ecological-machine that reduces water consumption in the Aiken Center by treating the building’s sewage and then returning.
Life Support for Plants
Features of Plants with seeds and Life Support for plants
Presented by Claude Trouillot
PLANTS.
Annual & Perennial Bed Preparation Herbaceous Plants.
Managing a Quality Pond Gary Burtle The University of Georgia.
What is EcoMachine?  It is a machine that reduces water consumption in the Aiken Center by treating sewage exiting the building and then returning it.
Xerophytes and Hydrophytes
Where Living Things are Found.
Freshwater Ecosystems and Succession. Freshwater Ecosystems Two broad categories: – Stationary Water  Lakes, Ponds, and Reservoirs – Running Water (Downhill)
 Pressure is the force pushing down on a surface  Pressure varies with temperature.
Learning Objectives To identify and describe the function (job) of different parts of flowering plants. To explore what plants need to live and grow.
Aquatic Plants. Phytoplankton Single celled Base of aquatic food web Oxygen production CO 2 + H 2 0  H 2 CO 3  H + + HCO 3 -  2H + + CO 3 2- As.
5.4 Eutrophication.
Germination: The Growth and Development of a Plant.
Development and Implementation of an Invasive Aquatic Plant Management Program at Indian Brook Reservoir Essex, Vermont Marc Bellaud VP/Aquatic Biologist.
Plants & Living Things By Spring Figg October 12, 2007.
Life Cycle Of a Plant By: Ms. Sharpe.
1. Most flowering plants grow from seeds! 2 Stage 1: Seed Stage 2: Growth Stage 3: Flowering Plant Stage 4: Fruiting Plant 3.
By: Ryan and Taylor Plant Parts It has roots. It has a stem. It has leaves. It has a flower and fruit. The roots sucks up nutrients and water. The stem.
Plankton Filamentous Stonewort Plankton algae Microscopic Floating Colors the water when present in large numbers (green, brown, yellow or red) Not flowering.
February 24, 2015 Journal: What is the sex of the individual who’s karyotype is above? Is the karyotype normal or does the individual have a chromosomal.
Aquatic Succession The class has covered Terrestrial Succession-the natural changes occurring in ecosystems on land. There are ecosystems in water, also-coral.
Seeds and Growing Plants Workbook of: _________________.
Surface Water Ecosystems
Unit 5 Fresh and Saltwater Systems Topic 5 Living in Water Read: Pages Remember to name and date your notes!
 By: Tatyana Mavigliano. Root Stem Leaves Flower.
Plant Growth There are many different types of plants. Some big Some small.
Parts of a Plant.
Plants and Life Cycles. Unit Launch Video Plants and Life Cycles.
Regulating Plant Growth Plant Hormones. Plant Hormones Naturally occurring compounds produced by the plant to accelerate or inhibit the rate of growth.
Mrs. Halkiades Fall Lead Branch Is the most important branch Dominant over other branches Scaffold Branches Other branches (besides the lead branch)
Plants in Aquatic Ecosystems Environmental Science 4.3.
Cultivation.  Cultivation is the digging over of the top layer of the soil.
Plants use energy from the sun to make food. Minerals in the soil also help plants to grow. In our book you can see how a tiny seed grows into a beautiful.
Eutrophication. Paper Setup Eutrophication Not es : My Definit ion : Date ________ pg. ___ Video.
Exploring Ponds and Lake Ponds and Lakes form when water collects in hollows and low-lying areas of land.
Marine Biomes. 2 Types of Marine Biomes Freshwater –Rivers and Streams –Lakes and Ponds Saltwater –Ocean –Estuaries.
Structures of Life: Embryology
Water Biomes.
Category 1 Category 2 Category
Water Biomes.
Unit 4 Lesson 1 What Do Plants Need?
Aquatic Biomes.
Water Biomes.
Asexual Plant Propagation
Water Biomes SWBAT identify marine and freshwater ecosystems along the ocean’s coast.
Roots and Stem Station.
What do seeds and fruit do? What do flowers do?
Water Biomes.
PLANTS.
Mrs. Worthington’s First Grade Class The Smartest Kids Ever!
Presentation transcript:

Posting for Treatment June 18, 2008 June 18, Center Pond, Becket, Massachusetts, USA. This posting is for a 1.45 acre treatment with Reward (active ingredient diquat dibromide) by Aquatic Control Technology, Inc. performed on June 18, The area of milfoil infestation was approximately 1/4 acre in size. A larger treatment size of 1.45 acres was deemed necessary due to the area being out near the middle of the lake and not having shelter from any bordering shorelines. CenterPondMilfoil-1.jpg

Area Treated June 18, 2008 June 19, This is the area that was treated. The buoy marker is to warn boaters of the Big Rock there. This area harbored a dense bed of mature milfoil plants that had grown near to or up to the surface. Some of these plants, those which had reached the surface, had flowered and produced seeds. CenterPondMilfoil-2.jpg

Hazard of Long Weighted Hoses June 19, The day after treatment. Long weighted hoses were used to insert the herbicide down near the bottom. These hoses were placed inside the weedbed and broke milfoil stems near the bottom. The long stems in the photo were held in place by the tops of the remaining plants. Others escaped and floated all around the lake. We removed those in the photo and any we found floating. Some, however, were found in various places in the lake and had rooted and started new plants. CenterPondMilfoil-3.jpg

Regrowth after 5 1/2 weeks July 25, The defoliated stems of the milfoil plants are still in process of decay while new stems have begun to grow from the roots. Treatment with diquat does not kill the plants - it decays the plant material above the bottom of the lake. This adds decaying plant material and nutrients to the water and decreases water clarity. CenterPondMilfoil-4.jpg

Regrowth after 20 weeks November 4, Some defoliated stems are still in process of decay while the new growth has returned to within 2 inches of surface. All plants in this photo are milfoil, including many young plants. The weedbed after treatment has many more plants per square foot than it did before the treatment. The treatment opened the area up to sunlight that was previously blocked by the mature plants, allowing more plants to root than was possible before. Consequently, this area is now more difficult to hand-pull. CenterPondMilfoil-5.jpg