Lake Models

These models and simulations have been tagged “Lake”.

Related tagsEnvironment

This is an introductory conceptual model that introduces key concepts in the management of lakes subject to nutrient inputs from human activity.
Eutrophication Lake Simple
This is an introductory conceptual model that introduces key concepts in the management of lakes subject to nutrient inputs from human activity.
Simple model of lake dynamics
Graeme Doole
This story contains a conceptual model of phosphorus cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow in
Leaching Management Nutrient Cycling Environment Lake

This story contains a conceptual model of phosphorus cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow involves a loss from the stock at which it starts and an addition to the stock at which it ends.

Story of phosphorus dynamics in a shallow lake
Graeme Doole
5
This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.
Nutrient Cycling Management Leaching Environment Lake

This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.

Stock and flow diagram of a lake system
Graeme Doole
22
This story presents a conceptual model of nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow invo
Lake Environment Management Nutrient Cycling Leaching

This story presents a conceptual model of nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow involves a loss from the stock at which it starts and an addition to the stock at which it ends.

Story of nitrogen dynamics in a shallow lake
Graeme Doole
5
This model describes nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows reduce the stock at which they start and
Environment Nutrient Cycling Management Leaching Lake

This model describes nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows reduce the stock at which they start and add to the stock at which they end.

Nitrogen dynamics in a shallow lake
Graeme Doole
A simple phosphorus model for a generic lake.
Environment Eutrophication Phosphorus Lake
A simple phosphorus model for a generic lake.
Phosphorus in a Lake
Emily
This diagram provides an accessible description of the key processes that guide the water quality within a lake.
Algae Management Lake Eutrophication Environment
This diagram provides an accessible description of the key processes that guide the water quality within a lake.
Conceptual model of a lake
Graeme Doole
4
This stock and flow diagram provides a broad description of the key nutrient pathways (N and P) that exist in a dune-lake system subject to external loadings emanating from intensive agriculture.
Lake Nutrients Eutrophication Environment
This stock and flow diagram provides a broad description of the key nutrient pathways (N and P) that exist in a dune-lake system subject to external loadings emanating from intensive agriculture.
Stock and flow diagram of a dune lake (Working draft)
Graeme Doole
This model describes phosphorus cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows involve a loss from the stock at which
Environment Leaching Management Nutrient Cycling Lake

This model describes phosphorus cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows involve a loss from the stock at which they start and add to the stock at which they end.

Phosphorus dynamics in a shallow lake
Graeme Doole
This stock and flow diagram is an updated working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.
Management Lake Environment Leaching Nutrient Cycling

This stock and flow diagram is an updated working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.

Stock and flow diagram of nitrogen in a lake
Graeme Doole
7
This is an introductory model that presents key concepts in the management of lakes subject to nutrient inputs from human activity.
Simple Lake Eutrophication
This is an introductory model that presents key concepts in the management of lakes subject to nutrient inputs from human activity.
Model of lake dynamics
Graeme Doole
This diagram describes the key processes that influence the water quality within a Northland lake.
Algae Eutrophication Environment Lake Management
This diagram describes the key processes that influence the water quality within a Northland lake.
A model of a Northland lake
Graeme Doole
This stock and flow diagram is an updated working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.
Nutrient Cycling Lake Environment Leaching Management

This stock and flow diagram is an updated working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.

Stock and flow diagram of phosphorus in a lake
Graeme Doole
9
This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.
Environment Lake Nutrient Cycling Management Leaching

This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.

Stock and flow diagram of phosphorus in a shallow lake
Graeme Doole
11
This diagram provides an accessible description of the key processes that influence the water quality within a lake.
Environment Eutrophication Algae Management Lake
This diagram provides an accessible description of the key processes that influence the water quality within a lake.
Clone of Conceptual model of a lake
Caleb Jacob Coffey
This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.
Nutrient Cycling Lake Leaching Environment Management

This stock and flow diagram is a working draft of a conceptual model of a dune-lake system in the Northland region of New Zealand.

Stock and flow diagram of nitrogen in a shallow lake
Graeme Doole
9
This is an introductory conceptual model that introduces key concepts in the management of lakes subject to nutrient inputs from human activity.
Lake Eutrophication Simple
This is an introductory conceptual model that introduces key concepts in the management of lakes subject to nutrient inputs from human activity.
Clone of Simple model of lake dynamics
Caleb Jacob Coffey
This story presents a conceptual model of nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow invo
Leaching Management Nutrient Cycling Lake Environment

This story presents a conceptual model of nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on the concept of a stock and flow diagram. Each orange ellipse represents an input, while each blue box represents a stock. Each arrow represents a flow. A flow involves a loss from the stock at which it starts and an addition to the stock at which it ends.

Clone of Story of nitrogen dynamics in a shallow lake
Duncan Golicher
Simulation of the water balance for the Bracciano Lake. Data from 1994 to 2003 January. Added run off and soil capacity
Lake
Simulation of the water balance for the Bracciano Lake. Data from 1994 to 2003 January.
Added run off and soil capacity
Bracciano Lake ver. 2
Fabio Musmeci
This model describes nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows reduce the stock at which they start and
Management Leaching Environment Lake Nutrient Cycling

This model describes nitrogen cycling in a dune-lake system in the Northland region of New Zealand. It is based on stock and flow diagrams where each orange oval represents an input, while each blue box represents a stock. Each arrow represents a flow. Flows reduce the stock at which they start and add to the stock at which they end.

Clone of Story of nitrogen dynamics in a shallow lake
Caleb Jacob Coffey
This model describes the key processes that influence the water level within Lake Okeechobee.
Water Level Lake Okeechobee Environment Lake
This model describes the key processes that influence the water level within Lake Okeechobee.
Simple Model of Water Level in Lake Okeechobee
Roger Al-Bahou
This model illustrates the key processes that influence the water level within Lake Okeechobee. References: Southwest Florida Water Management District. (2020). Lake Okeechobee. Retrieved from https://apps.sfwmd.gov/sitestatus/ United States Geological Survey. (2020). USGS Water-Year
Lake Lake Okeechobee Water Level Environment
This model illustrates the key processes that influence the water level within Lake Okeechobee.


References:

Southwest Florida Water Management District. (2020). Lake Okeechobee. Retrieved from https://apps.sfwmd.gov/sitestatus/

United States Geological Survey. (2020). USGS Water-Year Summary for Site USGS 02276400. Retrieved from https://nwis.waterdata.usgs.gov/nwis/wys_rpt?dv_ts_ids=210619&wys_water_yr=2019&site_no=02276400&agency_cd=USGS&adr_water_years=2006%2C2007%2C2008%2C2009%2C2010%2C2011%2C2012%2C2013%2C2014%2C2015%2C2016%2C2017%2C2018%2C2019&referred_module=

Winchester, J. (2020, October 10). Water releases from Lake Okeechobee to begin next week. Retrieved from https://www.winknews.com/2020/10/09/water-releases-from-lake-okeechobee-to-begin-next-week/


Created By:

Roger Al-Bahou
Carlos Alvarez
Christina Burgess
Devin Hanley
Daniel Harper
Water Level in Lake Okeechobee
Roger Al-Bahou
This diagram provides an accessible description of the key processes that influence the water quality within a lake.
Environment Lake Algae Management Eutrophication
This diagram provides an accessible description of the key processes that influence the water quality within a lake.
Clone of Clone of Conceptual model of a lake
Graeme Doole
Lake Okeechobee - Timeline to Return to 2019 Water Levels
Flow Lake Okeechobee Water Level Lake
Lake Okeechobee - Timeline to Return to 2019 Water Levels
Lake Okeechobee - Timeline to Return to 2019 Water Levels
Patrick Thir