Freshwater ecosystems Extremely low salt count Different reservoirs for freshwater Colder water holds more oxygen Can be a nursery for marine organisms.

Slides:



Advertisements
Similar presentations
EKOSISTEM AIR TAWAR Freshwater ecosystems
Advertisements

Aquatic Ecosystems Chapter 54. In general…  Aquatic ecosystems are classified primarily on abiotic factors: temperature, salinity, dissolved oxygen,
Aquatic Ecosystems Chapter 7.
Freshwater ecosystems
Aquatic Biomes This can be found on my website. What factors influence the kind of life an aquatic biome contains?   Salinity (how much salt)   Depth.
Aquatic Biomes.
AQUATIC ECOSYSTEMS Determined by the salinity of water 2 types:
Ch. 6 Aquatic Biodiversity and Life Zones
Aquatic Ecosystems & Biomes (3.3)
AQUATIC ECOSYSTEMS Determined by the salinity of water 2 types: Freshwater & Marine.
Aquatic Ecosystems. 1.What are the aquatic ecosystems on Earth? 2. Freshwater 3. low concentrations of salt % of water on Earth 3. Rivers and Streams.
Aquatic Biomes Categorized by depth, salinity, temperature, dissolved oxygen Freshwater : streams, rivers, lakes and wetlands Marine: estuaries, intertidal.
Chapter 7 Aquatic Ecosystems Environmental Science Spring 2011.
Freshwater Ecosystems * Prepare yourself, there are 35 slides!
Water Biomes. Watersheds Watersheds An area of land that drains rainfall and snowmelt into a particular body of water. Pennsylvania is host to 83,184.
Aquatic Ecology Notes.
2.9 Major Aquatic Ecosystems Pages Freshwater Ecosystems salt concentration below 1% Puddles Ponds Rivers Streams Lakes.
WATER! 75% of the Earth’s surface is covered with water 70% of the Earth’s surface is the ocean These aquatic ecosystems can be divided into many different.
Aquatic biomes are categorized by: Salinity Freshwater Saltwater (marine) Depth Water flow.
Aquatic Ecosystems. Marine Ecosystem The Ocean can be divided into zones Intertidal zone – strip of land between high and low tide lines (changes in moisture,
Review Ch. 13 Sec Why is it so important that elements cycle through ecosystems? Ch. 14 Sec Explain the difference between primary and secondary.
Aquatic Biodiversity Chapter What Is the General Nature of Aquatic Systems?  Concept 8-1A Saltwater and freshwater aquatic life zones cover almost.
Chapter 6 Aquatic Biodiversity. Core Case Study: Why Should We Care About Coral Reefs?  Help moderate atmospheric temperature by removing CO 2 from the.
Marine and Freshwater. Marine Ecosystems Salty water Covers approx. 75% of the Earth Phytoplankton are the most abundant producers (perform photosynthesis)—microscopic.
Surface Water Ecosystems
FRESHWATER and ESTUARY BIOMES. Chapter 20 Stream and River Ecosystems The water in brooks, streams, and rivers flows from melting snow, rain or a spring.
8-4 Why Are Freshwater Ecosystems Important? Concept 8-4 Freshwater ecosystems provide major ecological and economic services, and are irreplaceable reservoirs.
Freshwater Ecosystems
Aquatic Life Zones. Marine Biomes Coastal Zone Nearest to the shoreline Relatively warm, nutrient rich, shallow. Ample sunlight. Most productive marine.
Chapter 7 Environmental Science
Chapter 7 section 1 Aquatic Ecosystems.
Aquatic Ecosystems. Occupy largest part of biosphere Two major categories: Freshwater Marine.
Aquatic Biomes.
Aquatic Life Zones Aquatic biomes are categorized by: Salinity Depth
Chapter 6 Aquatic Biodiversity. Core Case Study: Why Should We Care About Coral Reefs?  Moderate climate (remove CO2)  Protect from erosion  Habitats.
Aquatic Biomes. Determined by Salt content Flow rate Size (sometimes) 2 major categories of aquatic biomes: Salt water system Freshwater.
Freshwater Aquatic Biodiversity 12/3/08. Freshwater systems May be standing bodies such as lakes, ponds, and inland wetlands May be standing bodies such.
Marine Biomes. 2 Types of Marine Biomes Freshwater –Rivers and Streams –Lakes and Ponds Saltwater –Ocean –Estuaries.
Water Biomes Biology Unit 14 Notes Water Biomes   Water biomes are differentiated by several abiotic factors: Light Temperature Amount of salt.
Review Climate 1.Which biome has annual precip around 150 cm and temps around 10 C? 2.According to the graph, what is the range of average temps for.
Biomes and Aquatic Ecosystems
Lecture 14 Freshwater Ecosystems Ozgur Unal
Aquatic Ecosystems Objectives:
Categorized by depth, salinity, temperature, dissolved oxygen
Freshwater Organisms and Niches
Section 3: Aquatic Ecosystems
Section 3: Aquatic Ecosystems
Freshwater Note taking guide.
Freshwater Ecosystems
Aquatic Ecosystems & Biomes (3.3)
Chapter 7 Environmental Science
Estuaries are dynamic environments where rivers flow into the ocean.
Estuaries are dynamic environments where rivers flow into the ocean.
Freshwater Ecosystems
Estuaries are dynamic environments where rivers flow into the ocean.
Estuaries are dynamic environments where rivers flow into the ocean.
Aquatic Ecosystems 4.5.
Freshwater ecosystems
Estuaries are dynamic environments where rivers flow into the ocean.
Ecological Succession
Estuaries are dynamic environments where rivers flow into the ocean.
Module 13 Aquatic Biomes After reading this module you should be able to Identify the major freshwater biomes. Identify the major marine biomes.
Section 3: Aquatic Ecosystems
Objective: Students will explore characteristics of aquatic ecosystems in order to explain the importance of coral reefs and wetlands. Drill: 11/09/16.
Aquatic Ecosystems & Biomes (3.3)
Aquatic Biomes are Categorized by Salinity, Depth, and Water Flow
Aquatic Biomes Chapter 7.
Happy Wednesday! – 10/26 What is the role of decomposers in an ecosystem? A They recycle oxygen back into the ecosystem. B They recycle energy from.
Estuaries are dynamic environments where rivers flow into the ocean.
Water Biomes Mr. D.
Presentation transcript:

Freshwater ecosystems Extremely low salt count Different reservoirs for freshwater Colder water holds more oxygen Can be a nursery for marine organisms

Watershed & Wetlands Watershed- Region of land that drains into a river, river system or another body of water Wetland  marsh, swamps, bogs, – Filter and degrade pollutants. – Reduce flooding and erosion by absorbing slowly releasing overflows. – Help replenish stream flows during dry periods.

Rivers and Streams Moving body of water Typically from a lake/pond to the ocean Speed is faster the narrower the river/stream, slower if it is wider Humans can affect the height by dams or draining it for irrigation or drinking water

Ponds and Lakes Littoral zone  between high and low water marks along the shoreline – well lit, warm, shallow Limnetic zone (pelagic zone)  open water located further out from shore Benthic zone  lake or pond bottom, less sunlight, mostly bacteria (decomposers) live here