carbontree.fi

smartforest.sr.unh.edu

Smart Forests: Education Resources

http://smartforest.sr.unh.edu/education.shtml

Smart Forests will provide an integrated technological platform to monitor and respond to environmental change at the local to continental scales. ”. Smart Forests Educator's Toolbox. This page will contain documents, movies, audio recordings, and web links to educational materials designed to make use of Smart Forest data in the classroom. 8226; Climate Literacy and Energy Awareness Network. 8226; Climate Change and Water: Forest Service perspective ( pdf. 8226; The Carbon Tree: A live data visualization.

hiilipuu.fi

How to model photosynthesis? | Carbon Tree

http://www.hiilipuu.fi/articles/how-model-photosynthesis

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. How to model photosynthesis? To calculate photosynthesis, we use a multiplicative expression of the functions for the main controlling factors. This is expressed mathematically as:. P = f(LAI) f(PAR) Min{f(VPD),f(REW)} f(T) f(T. P stands for photosynthesis, or rather, the flux of carbon created by photosynthesis and f() stands for function of and describes the individual effect of every factor on the photosynthesis.

hiilipuu.fi

Mätning av marksandning | Carbon Tree

http://www.hiilipuu.fi/articles/mätning-av-marksandning

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. Metod för att mäta markrespirationen är ganska enkel. Vi satt kammaren på market och följer med hur koldioxidhalten förändras i kammarens luftrum. Om markvegetation binder koldioxid till sig, koldioxidhalten sjunker i kammaren. Koncentrationen stiger däremot eftersom växter och marken samtidigt andas ut koldioxid. Department of Forest Sciences.

hiilipuu.fi

Solar radiation | Carbon Tree

http://www.hiilipuu.fi/articles/solar-radiation

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. Sunlight makes photosynthesis possible. From all the available light that comes from the sun, green plants are able to use most efficiently the visible light (wavelength range 400 to 700 nm). This wavelength range is called photosynthetically active radiation (PAR) and is the common measure for light intensity in plant sciences. The unit for PAR is usually µmol m. The rotation of Earth creates the diurnal changes.

hiilipuu.fi

Photosynthesis | Carbon Tree

http://www.hiilipuu.fi/articles/photosynthesis

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. Photosynthesis is the most fundamental process in plants because it provides raw material for growth and stores energy for later use in vital functions. In photosynthesis, the energy of solar radiation is converted into chemical form using atmospheric carbon dioxide and soil water. Meanwhile, oxygen is released into the air. The exchange of gases between the plant and the atmosphere happens via the stomata.

hiilipuu.fi

Measuring shoot respiration | Carbon Tree

http://www.hiilipuu.fi/articles/measuring-shoot-respiration

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. We measure the shoot respiration by the same measurement setup. Department of Forest Sciences.

hiilipuu.fi

Plant respiration | Carbon Tree

http://www.hiilipuu.fi/articles/plant-respiration-0

Skip to main content. The importance of forests. Year in a forest. Lifetime of a forest. Plant needs energy for growth, transport and maintenance of vital functions as animals do. To get the energy required, they oxidize (i.e. burn the photosynthetically fixed sugars). At the same time, water and carbon dioxide are released as waste products. Respiration occurs in all living plant parts (i.e. in the leaves, trunk and roots). Department of Forest Sciences.

databits.lternet.edu

WaterViz for Hubbard Brook: A New Water Cycle Visualization and Sonification Tool | LTER Databits

http://databits.lternet.edu/fall-2014/waterviz-hubbard-brook-new-water-cycle-visualization-and-sonification-tool-0

Information Management Newsletter of the Long Term Ecological Research Network. WaterViz for Hubbard Brook: A New Water Cycle Visualization and Sonification Tool. Thu, 12/18/2014 - 11:52 — lrustad. Lindsey Rustad (HBR, US Forest Service). Campbell et al. 2013; Databits Spring 2014. We are now taking a lead in developing an entirely new medium for creatively communicating these near real-time data to the public: WaterViz for Hubbard Brook: A Water Cycle Visualization and Sonification Tool. The Waterviz is...

databits.lternet.edu

| LTER Databits

http://databits.lternet.edu/issues/638

Information Management Newsletter of the Long Term Ecological Research Network. The balance of articles address data visualization, capturing spatial coordinates, and a useful R package - they are sure to provide helpful tips and inspiration. DataBits continues as a semi-annual electronic publication of the Long Term Ecological Research Network. It is designed to provide a timely, online resource for research information managers and is supported by rotating co-editors. Good Tools And Programs. The visua...

smartforests.org

Smart Forests: Education Resources

http://www.smartforests.org/education.shtml

Smart Forests will provide an integrated technological platform to monitor and respond to environmental change at the local to continental scales. ”. Smart Forests Educator's Toolbox. This page will contain documents, movies, audio recordings, and web links to educational materials designed to make use of Smart Forest data in the classroom. 8226; Climate Literacy and Energy Awareness Network. 8226; Climate Change and Water: Forest Service perspective ( pdf. 8226; The Carbon Tree: A live data visualization.