Camilla has over 25 years experience in complete landscape design, installation, and ongoing maintenance of fine residential and commercial properties.

Slides:



Advertisements
Similar presentations
CLIMATE CHANGE IMPACTS ON THE PRAIRIE Mandy Guinn, Kerry Hartman, Jen Janecek-Hartman.
Advertisements

Succession Part 4. Brainstorm How do Ecosystems Form?
Forest Biome Forest Climate Forest Plants Forest Animals.
Ecological Succession. Ponder this…. Do communities change?
SECTION 11.5 FOREST RESOURCES AND MANAGEMENT IN THE U.S. Jonathan Wigfall & Tyrone Curtis.
AN FOREST UNRAVELING ?. Eastern Hemlock * Extremely Shade Tolerant * Long-lived; often >400 yrs. “Redwood of the East” “Old Growth” * No Ecological Equivalent.
Climate Change and its impact on Forests in Europe and North America Andrew J. R. Gillespie, Ph. D. United States Environmental Protection Agency.
CHANGE  Examine this diagram and describe what is happening without using the word “change”.
CHANGE. Change happens all the time. Some examples of change are: volcanoes, climate change, forest fire, flood, mudslides, glacier melting.
Biomes.
 Impacts on the Environment.  Crops o Moderate warming and more carbon dioxide in the atmosphere may help plants to grow faster. However, more severe.
TYPES OF FOREST ECOSYSTEM. DECIDOUS FOREST Decidous forest: are dominated by Decidous trees. These trees shed their leaves each year and re grow them.
Why study GLOBAL WARMING? stories/s412.htm.
Earth’s Major Biomes. Type of biome controlled by temperature and precipitation.
Minnesota Science Team: Updates and next steps MN Science Team September 26, 2012.
Temperate or Deciduous Forest
Integrated Pest Management 5.1. Pests In undisturbed ecosystems pests are held in check by natural enemies They can control 50-90% of their population.
Threats: Disease, Exotics, Trees,& Facts
Key Concepts Ch. 23  Human land use  Types and uses of US public lands  Forests and forest management  Implications of deforestation  Management of.
6-2 Forest Biomes.
Ecological Succession –Syllabus Topics to – Describe the concept and processes of succession in a named habitat. –2.3.6 Explain the changes.
Succession 11/3. Succession Succession- the increase in complexity of the structure and species composition of a community over time. When you have a.
Climate Summers are warm Winters are cold Gets 75 centimeters of rain every year (that’s over 2 feet of rain!) What is special about deciduous trees?
Changes in Ecosystems: Ecological Succession. What is Ecological Succession? Natural, gradual changes in the types of species that live in an area Can.
Tundra Coniferous Forest Temperate Grassland Temperate Broadleaf Dilnar, David, Molly, Caroline B Block.
Forest Ecosystem.
Symbiosis Clip. Ecological Succession Ecological Succession: Series of predictable changes in a community over time. Ecosystems are constantly changing.
The only thing constant about a forest ecosystems is that they never stop changing! Natural changes: fire, storms, drought, flood, death and disease Man-made.
Kristopher Kasulis.  A large piece of land covered with trees and many forms of underbrush (Dictionary.com)  An ecosystem or multiple ecosystems dominated.
What Are Biomes?.
Steven Katovich USDA Forest Service Exotic and Invasive Insects and Pathogens new and expanding threats.
Genetic Diversity -What makes each species unique -Variety within a species -Safeguards against future problems Species Diversity Includes ALL living things.
Invasive Species An introduction.
Chapter 23 – Landscape Ecology (and Lake succession and wetland types)
Land Biomes of the World Chapter 6. Earth’s Major Biomes Tundra.
Invasive Species. Balsam Woolly Adelgid Distribution BWA.
Greenhouse Effect (E 3 ) Pages ) Definitions 2) Description 3) Greenhouse Gases 4) Greenhouse Gases Effect on Atmosphere.
Ecological Succession
FOREST ENVIRONMENT BIOL MIDTERM REVIEW. CHAPTER 01 FOREST AND ITS WILDLIFE Hectare Deciduous Renewable Federal Private Hardwood Birch Beech Maple.
Forests containing trees that change color seasonally and fall off. Average annual temperature of about 50° and an average rainfall of 30 inches a year.
Chapter 9 Forest Biomes 9.1 Coniferous Forests The summers are warm and the winters are long, cold and dry. Coniferous----cone-bearing Conifers bear cones.
An Introduction to Invasive Species Jennifer West Coastal Training Program Coordinator.
Biomes = a large group of ecosystems that share the same type of climax community Two factors that will determine which biome will be dominant on land:
The process that makes change possible in living things, it makes possible that the best adapted members of a species will survive (survival of the fittest)
Aim: How do ecosystems change over time?
Climate Change and Forestry in Rhode Island Bill Buffum, URI
Aim: How is primary and secondary ecological succession different?
3.9 ECOLOGICAL SUCCESSION
Tolerance & Succession
Forest Biome Forest Climate Forest Plants Forest Animals.
Horticulture : the science and art of growing fruits, vegetables, flowers, or ornamental plants.
Unit 10 Forest Management
Future of Our Forests Current Issues in Today’s Forests
Invasive Species An introduction.
Sustaining Terrestrial Biodiversity: The Ecosystem Approach
Temperate Grassland Kailey Oakes.
Succession Biogeochemical Cycles
Tolerance & Succession
Journal Compare and contrast density dependent and density independent limiting factors.
Temperate Travels Temperate Deciduous Forest
What is an Ecosystem? Ecology is the study of the interactions of living organisms with one another and with their physical environment.
What is an Ecosystem? Ecology is the study of the interactions of living organisms with one another and with their physical environment.
Invasive Species An introduction.
Nutrients cycle… through decomposers
Chapter 43 The Biosphere.
Invasive Species An introduction.
Invasive Species An introduction.
Invasive Species An introduction.
Physical Processes P
Presentation transcript:

Camilla has over 25 years experience in complete landscape design, installation, and ongoing maintenance of fine residential and commercial properties. She has a B.A. in Chemistry from Rutgers University and an M.B.A. from New York University. Camilla is a NOFA-Accredited Organic Land Care Professional and is committed to promoting organic and ecologically sensitive practices. She holds a Landscape Design Certificate from The New York Botanic Garden and has been a Master Gardener since She is a certified Connecticut Nurseryperson, is a registered Custom Grounds Supervisor and is a licensed Landscape Contractor in both Connecticut and New York. Previously she served as an IPM Technician for Bartlett Tree Experts. Camilla is a member of the ELA, the PPA (Perennial Plant Association) and the Mad Gardeners. Camilla serves on the Board of Directors of the Land Trust of Danbury, CT and on the Advisory Board for NOFA Organic Land Care. CAMILLA WORDEN

WHAT WE HAVE SEEN EPA.GOV: U.S. SINCE AVE ANNUAL TEMP INCR 2F - AVE WINTER TEMP INCR 4F HUNTINGTON STUDY, 2009, CAN. JNL. FOREST RESEARCH: NORTHEAST SINCE 1900 MEAN ANNUAL TEMP UP 1.4 DEG F PPT UP 4 INCHES SPRING COMES 4 DAYS EARLIER LAKE ICE MELTS 1-2 WKS EARLIER

WHAT’S LIKELY TO HAPPEN EPA.GOV: INCREASE IN DAYS HITTING 100F INCREASE IN PPT AND SEA LEVEL RISE MORE FREQ DAMAGING FLOODS 100 YR FLOODS EVERY YRS INTENSE AND VARIABLE WEATHER

WHAT’S LIKELY TO HAPPEN DESTRUCTION OF COASTAL ECOSYSTEMS MAPLE, BEECH AND BIRCH HEAD NORTH SAME FOR SPRUCE AND FIR OAK AND HICKORY DOMINATE HEMLOCKS CLONKED BY WOOLY ADELGID LESS SPECIES DIVERSITY Mohan et al. 2009

WHAT’S LIKELY TO HAPPEN CHANGES IN BIOGEOCHEMICAL PROCESSES FASTER MICROBIAL DECOMPOSITION N MINERALIZATION, NITRATE LEACHING POTENTIAL LOSS OF CA, MG POSSIBLE INCR IN SOIL RESPIRATION

WHAT TO EXPECT PHENOLOGICAL ASYNCHRONY leafing, flowering, and fruiting times of plants compared to the molting, mating, and migration times of the animals they support

WHAT TO EXPECT MORE GENERATIONS OF INSECTS

WHAT TO EXPECT MORE FUNGAL DISEASES

WILL THERE BE DISTURBANCE ACCELERATION? INSECTS ADELGIDS, EAB, ALB, GYPSY MOTH, SPRUCE BUDWORM PATHOGENS INSECT VECTORED DISEASES – DED, OAK WILT, FIRE BLIGHT, BACT. LEAF SCORCH ARMILLARIA ROOT ROT, BOXWOOD AND CHESTNUT BLIGHT NEEDLECAST INVASIVES MULTIFLORA ROSE, LOOSESTRIFE, GARLIC MUSTARD, WINE RASPBERRY, JAPANESE STILTGRASS, TREE-OF-HEAVEN, JAP. BARBERRY

WHAT’S NEXT?

THE GOOD NEWS…. Resiliency of New England Forests Longer Growing Seasons New Crops

WHAT WE CAN DO Compost / Organic Matter, oh yeah Shade Trees Plant Broad Rangers Plant Tough Mudders Nix Potential Invasives Nectar-Bearers Suck Up Stormwater Prepare for Drought – Xeriscape / Rain Barrels Time Insect Treatment More Precisely Right Plant Right Place, yeah yeah Aim for Biodiversity Maintain Corridors Where Species can Translocate