Can. J. For. Res. Downloaded from by MICHIGAN STATE UNIV on 01/05/17. For personal use only.

Similar documents
Life Cycle Of A Plant Population

MICROBIAL RESPIRATION RESPONSE TO N AND P AVAILABILITY IN LOBLOLLY PINE FOREST SOILS

Forest carbon sequestration and climate change. Dr Brian Tobin University College Dublin

Environmental impacts of harvesting biomass from the Nordic forests. Nicholas Clarke Norwegian Forest and Landscape Institute

Diurnal and seasonal variations of CH 4 exchange observed in a black spruce forest

Effects of Native American Agricultural Practices on Colonial Point Forest Composition

Ecosystems. The two main ecosystem processes: Energy flow and Chemical cycling

Long-term effects of soil warming on labile carbon availability and microbial community respiration and composition S. E.

Ecology Module B, Anchor 4

The relationship between forest biodiversity, ecosystem resilience, and carbon storage

What are the subsystems of the Earth? The 4 spheres

Plants, like all other living organisms have basic needs: a source of nutrition (food),

Researchers who attempt to quantify C pools and fluxes in

The Food-Energy-Water Nexus in Agronomy, Crop and Soil Sciences

Integrated Global Carbon Observations. Beverly Law Prof. Global Change Forest Science Science Chair, AmeriFlux Network Oregon State University

Key Idea 2: Ecosystems

Use this diagram of a food web to answer questions 1 through 5.

Prepared By: Tom Parker Geum Environmental Consulting, Inc.

Background for marketing carbon from forest growth in the US. B.S. Folegatti and M.F. Smidt

Factors Affecting Enzyme Activity

Principles and Applications of Soil Microbiology

AmeriFlux Site and Data Exploration System

Communities and Biomes

Students will describe the carbon cycle and the journey a carbon atom might take on its way through this cycle after participating in a simulation.

Marcella Windmuller-Campione

Plants, like all living organisms have basic needs: a source of nutrition (food), water,

Grade 10 - Sustainability of Ecosystems - Pre-Assessment. Grade 7 - Interactions Within Ecosystems. Grade 10 - Sustainability of Ecosystems

International Decade of Soils Workshop (IDOS)

Uncertainty assessment of forest carbon balance. HMS seminaari 2.9 Vantaa

III. THE MICROBIAL BIOMASS

JUNIPER TREE NURSERY. Growing The Future Forest Today. A Promise We ve Been Keeping Since 1957.

Trace Gas Exchange Measurements with Standard Infrared Analyzers

THE ECOSYSTEM - Biomes

CSS 560 Principles of Ecology for Environmental Educators

Wildfire Damage Assessment for the 2011 Southeast Complex Fires

Which of the following can be determined based on this model? The atmosphere is the only reservoir on Earth that can store carbon in any form. A.

GLOBAL CARBON CYCLE AN INTRODUCTION TO THE

Impact of functional microbial diversity on soil ecosystem services and assessment thereof

THE PLANT KINGDOM: THE WATER CYCLE

Asian Ecology Section Newsletter

Greenhouse Effect Global Warming Carbon Sequestering in Trees Carbon Reservoirs

E-forest Management and Carbon Scenario Analysis

Evergreen Carbon Capture - 2

Soil Nitrogen Cycling in a Pine Forest Exposed to 5 Years of Elevated Carbon Dioxide

Cross-site research and synthesis in the LTER network examples

Objectives. Raster Data Discrete Classes. Spatial Information in Natural Resources FANR Review the raster data model

Organic Gardening Certificate Program Quiz Week 3 Answer Key

What is a Terrarium? Supplies Choosing your container Choosing your plants Building Your Terrarium

The Future. Trees. climate change and the timber industry ROGER SEDJO

Productivity in Cloud Forests in the Andes

Bringing Covert Land Use Strategies into the Spotlight: Cracking the Code for Sustainable Coastal Communities

COTTON WATER RELATIONS

isbn / Recommended citation for the full chapter:

Biodiversity and Ecosystem Services: Arguments for our Future Environment

Pitt and Sherry. Planting Report. October October 2013 planting report october 2013 Page 1 of 6

The Physiology of Elevated CO 2 and Its Adverse Effects

Ecosystem change and landsurface-cloud

Oak Trees BASIC GROWING REQUIREMENTS FOR YOUR

ECOSYSTEM 1. SOME IMPORTANT TERMS

FWRC. Cooperators: Delta Wildlife, Inc. Forest and Wildlife Research Center, Mississippi State University

GEOGG142 GMES Calibration & validation of EO products

Making a Terrarium. fairchild tropical botanic garden 1

Potting Mix Choices and Recommendations

Potential Climate Impact of Large-Scale Deployment of Renewable Energy Technologies. Chien Wang (MIT)

defined largely by regional variations in climate

STUDY GUIDE ECOLOGY. CHAPTER 21: Populations 1. An overview of ecology. Ecology is the study of interactions between organisms and their environment.

Create Your Own Soil Profile Ac5vity

Determining the Age and Benefits of a Tree

Projections, Predictions, or Trends?

Spatial Tools for Wildland Fire Management Planning

DESCARTES & EFIMOD: An Integrated System for Simulation Modelling and Exploration Data Analysis for Decision Support in Sustainable Forestry

CCR Biology - Chapter 13 Practice Test - Summer 2012

Biology Keystone (PA Core) Quiz Ecology - (BIO.B ) Ecological Organization, (BIO.B ) Ecosystem Characteristics, (BIO.B.4.2.

Automated Monitoring of Soil Respiration: A Moving Chamber Design

Longevity of mycorrhizal roots depends on branching

Big Data for Big Questions: Global Soil Change and the National Soil Carbon Network

Deer Exclusion Effects on Understory Development Following Partial Cutting in a Pennsylvania Oak Stand

PLANET EARTH: Seasonal Forests

Hands on an infrared gas analyzer (IRGA) to measure photosynthesis

The Nitrogen Cycle. What is Nitrogen? Human Alteration of the Global Nitrogen Cycle. How does the nitrogen cycle work?

Soil Properties soil texture and classes heat capacity, conductivity and thermal diffusivity moisture conductivity

The climate cooling potential of different geoengineering options

Energy Flow Through an Ecosystem. Food Chains, Food Webs, and Ecological Pyramids

Mobilising Vegetation Plot Data: the National Vegetation Survey Databank. Susan Wiser April

What Is Humic Acid? Where Does It Come From?

6.4 Taigas and Tundras

Arturo Sanchez-Azofeifa, PhD, PEng Cassidy Rankine, Gilberto Zonta-Pastorello Centre for Earth Observation Sciences (CEOS) Earth and Atmospheric

In this lesson, students will identify a local plant community and make a variety of

Ecology Pre-Test (High School)

Breakout Session Large stocks, larger uncertainties: The role of soils in North American carbon cycle

Plants, like all other living organisms have basic needs: a source of nutrition (food),

Time Title Presenter. Jody Bruce Climate change impacts on wood David Drew Fire hazard and climate change and Stuart Matthews

Testing steady states carbon stocks of Yasso07 and ROMUL models against soil inventory data in Finland

Science Rationale. Status of Deforestation Measurement. Main points for carbon. Measurement needs. Some Comments Dave Skole

Will climate changedisturbance. interactions perturb northern Rocky Mountain ecosystems past the point of no return?

Rooftop Gardens. The Benefits of Rooftop Gardens

Direct Biofilm Culturing for Alberta Oil Sands Tailings Pond Water Remediation

Advanced Soil Organic Matter Management

NITROGEN MINERALIZATION AND ITS IMPORTANCE IN ORGANIC WASTE RECYCLING. David Crohn 1 ABSTRACT

A Model to Help You Determine Your

Transcription:

This article has been cited by: Can. J. For. Res. Downloaded from www.nrcresearchpress.com by MICHIGAN STATE UNIV on 01/05/17 1. Kyle A. Whittinghill, William S. Currie, Donald R. Zak, Andrew J. Burton, Kurt S. Pregitzer. 2012. Anthropogenic N Deposition Increases Soil C Storage by Decreasing the Extent of Litter Decay: Analysis of Field Observations with an Ecosystem Model. Ecosystems 15:3, 450-461. [CrossRef] 2. Andrew J. Burton, Julie C. Jarvey, Mickey P. Jarvi, Donald R. Zak, Kurt S. Pregitzer. 2012. Chronic N deposition alters root respiration-tissue N relationship in northern hardwood forests. Global Change Biology 18:1, 258-266. [CrossRef] 3. Yukiko Sakata Bekku, Tsuyoshi Sakata, Tadashi Tanaka, Takashi Nakano. 2011. Midday depression of tree root respiration in relation to leaf transpiration. Ecological Research 26:4, 791-799. [CrossRef] 4. Christian Ceccon, Pietro Panzacchi, Francesca Scandellari, Luca Prandi, Maurizio Ventura, Barbara Russo, Peter Millard, Massimo Tagliavini. 2011. Spatial and temporal effects of soil temperature and moisture and the relation to fine root density on root and soil respiration in a mature apple orchard. Plant and Soil 342:1-2, 195-206. [CrossRef] 5. Yukiko Sakata Bekku, Tsuyoshi Sakata, Takashi Nakano, Hiroshi Koizumi. 2009. Midday depression in root respiration of Quercus crispula and Chamaecyparis obtusa: its implication for estimating carbon cycling in forest ecosystems. Ecological Research 24:4, 865-871. [CrossRef] 6. YuanyingPengY. Peng, Sean C.ThomasS.C. Thomas, DalungTianD. Tian. 2008. Forest management and soil respiration: Implications for carbon sequestration. Environmental Reviews 16:NA, 93-111. [Abstract] [Full Text] [PDF] [PDF Plus] 7. Andrew J. Burton, Jerry M. Melillo, Serita D. Frey. 2008. Adjustment of Forest Ecosystem Root Respiration as Temperature Warms. Journal of Integrative Plant Biology 50:11, 1467-1483. [CrossRef] 8. Kurt S. Pregitzer, Donald R. Zak, Wendy M. Loya, Noah J. Karberg, John S. King, Andrew J. BurtonThe Contribution of Root Rhizosphere Interactions to Biogeochemical Cycles in a Changing World 155-178. [CrossRef] 9. MASAKO DANNOURA, YUJI KOMINAMI, KOJI TAMAI, MAYUKO JOMURA, TAKAFUMI MIYAMA, YOSHIAKI GOTO, YOICHI KANAZAWA. 2006. Development of an automatic chamber system for long-term measurements of CO 2 flux from roots. Tellus B 58:5, 502-512. [CrossRef] 10. Kurt A. Smemo, Donald R. Zak, Kurt S. Pregitzer. 2006. Chronic experimental NO3 deposition reduces the retention of leaf litter DOC in a northern hardwood forest soil. Soil Biology and Biochemistry 38:6, 1340-1347. [CrossRef] 11. Donald R. Zak, William E. Holmes, Matthew J. Tomlinson, Kurt S. Pregitzer, Andrew J. Burton. 2006. Microbial Cycling of C and N in Northern Hardwood Forests Receiving Chronic Atmospheric NO3 Deposition. Ecosystems 9:2, 242-253. [CrossRef] 12. References 257-305. [CrossRef] 13. J. Adam Langley, Nancy C. Johnson, George W. Koch. 2005. Mycorrhizal Status Influences the Rate but not the Temperature Sensitivity of Soil Respiration. Plant and Soil 277:1-2, 335-344. [CrossRef] 14. Weixin Cheng, Shenglei Fu, Richard B. Susfalk, Robert J. Mitchell. 2005. Measuring tree root respiration using 13C natural abundance: rooting medium matters. New Phytologist 167:1, 297-307. [CrossRef] 15. Jason G Vogel, David W Valentine, Roger W Ruess. 2005. Soil and root respiration in mature Alaskan black spruce forests that vary in soil organic matter decomposition rates. Canadian Journal of Forest Research 35:1, 161-174. [Abstract] [PDF] [PDF Plus] 16. Andrew J. Burton, Kurt S. Pregitzer, Jeffrey N. Crawford, Gregory P. Zogg, Donald R. Zak. 2004. Simulated chronic NO 3 deposition reduces soil respiration in northern hardwood forests. Global Change Biology 10:7, 1080-1091. [CrossRef] 17. Everard J. Edwards, David G. Benham, Louise A. Marland, Alastair H. Fitter. 2004. Root production is determined by radiation flux in a temperate grassland community. Global Change Biology 10:2, 209-227. [CrossRef] 18. K. George, R. J. Norby, J. G. Hamilton, E. H. DeLucia. 2003. Fine-root respiration in a loblolly pine and sweetgum forest growing in elevated CO2. New Phytologist 160:3, 511-522. [CrossRef] 19. Erland Baath, Hakan Wallander. 2003. Soil and rhizosphere microorganisms have the same Q10 for respiration in a model system. Global Change Biology 9:12, 1788-1791. [CrossRef] 20. K.R Saiya-Cork, R.L Sinsabaugh, D.R Zak. 2002. The effects of long term nitrogen deposition on extracellular enzyme activity in an Acer saccharum forest soil. Soil Biology and Biochemistry 34:9, 1309-1315. [CrossRef] 21. Jianping Shan, Lawrence A. Morris, Ronald L. Hendrick. 2001. The effects of management on soil and plant carbon sequestration in slash pine plantations. Journal of Applied Ecology 38:5, 932-941. [CrossRef] 22. Britta Widén, Hooshang Majdi. 2001. Soil CO2 efflux and root respiration at three sites in a mixed pine and spruce forest: seasonal and diurnal variation. Canadian Journal of Forest Research 31:5, 786-796. [Abstract] [PDF] [PDF Plus]

23. Andrew J. Burton, Kurt S. Pregitzer, Gregory P. Zogg, Donald R. Zak. 1998. DROUGHT REDUCES ROOT RESPIRATION IN SUGAR MAPLE FORESTS. Ecological Applications 8:3, 771-778. [CrossRef] 24. Timothy J. Fahey, John J. Battles, Geoffrey F. Wilson. 1998. RESPONSES OF EARLY SUCCESSIONAL NORTHERN HARDWOOD FORESTS TO CHANGES IN NUTRIENT AVAILABILITY. Ecological Monographs 68:2, 183-212. [CrossRef]