Using GORCAM A Demonstration Developing Forestry and Bioenergy Projects within CDM Quito, Ecuador March, 2004.

Slides:

Advertisements

Similar presentations

ECONOMICS 415 CLICKER QUESTIONS Chapter 13 – Question Set #1.

Advertisements

An Introduction to Carbon Modelling Developing Forestry and Bioenergy Projects within CDM Quito, Ecuador March, 2004.

Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC GHG Inventory AFOLU Agriculture, Forests and Other Land Use.

Peter Ince U.S. Forest Service Forest Products Laboratory Madison, WI.

Method of Evaluating Afforestation/Reforestation CDM Project - An Indonesia Case Study - Sumitomo Forestry Co., Ltd., Tokyo, Japan June 5, 2003 Bonn.

Senegal situation  Senegal is located in the western point of Africa.  Surface area of 197,000km 2, and a population of 10 million estimated to be growing.

Commercial Rubber Plantation for Grassland Rehabilitation in Linkage to CDM in Mondolkiri Highland Marubeni, KANSO, Oji Paper, Taisei Construction (Sep.2003)

Base Line Methods Developing Forestry and Bioenergy Projects with CDM Quito, Ecuador March, 2004.

Carbon Offsets – Agriculture & Forestry Neil Sampson June 25, 2004.

Global Network on Energy for Sustainable Development (GNESD) Contribution of Bioenergy for Rural Development and Poverty Alleviation General Coordination:

Biomass as a Fossil Fuel. Biofuel (also called agrofuel) can be defined as solid, liquid, or gas fuel consisting of, or derived from biomass. Biofuels.

ENFA European Non-Food Agriculture – WP 32 Energy and Greenhouse Gas Balances Hannes Schwaiger, Gerfried Jungmeier Kick-Off Meeting 10 th May 2005 Geomatikum,

The LULUCF sector: land use, land-use change and forestry

T T Population Sampling Distribution Purpose Allows the analyst to determine the mean and standard deviation of a sampling distribution.

“And see this ring right here, Jimmy?... That’s another time the old fellow miraculously survived some big forest fire.” ENFA/INSEA FORESTRY…..

The Carbon Benefits Project: Modelling, Measurement and Monitoring Approximately 30% of greenhouse gas (GHG) emissions come from land use and land use.

ENFA Model ENFA Kick-off Meeting Hamburg, 10 May 2005.

23/06/20151 Northern ToSIA Assessing sustainability of forest based activities in rural areas of the Northern Periphery Elspeth Macdonald, Forest Research.

T T07-01 Sample Size Effect – Normal Distribution Purpose Allows the analyst to analyze the effect that sample size has on a sampling distribution.

Biomass By: Christina, Angel, Kathleen, Yscilla, Jasmine.

Bioenergy and Land Use Issues in Asia N. H. Ravindranath Indian Institute of Science Bangalore.

Carbon and forest management Robert Matthews Forest Research Biometrics, Surveys and Statistics Division Alice Holt Research Station, Farnham.

Baseline Methodology ARNMB0010 Xiaoquan Zhang and Bernhard Schlamadinger.

Biofuels out to 2050 in North America Supply and Logistics How much biomass What types of biomass Where will it be produced How will it get to the consumer.

ICSS- Asia AIT, Thailand November 23-24, 2009 BIOENERGY POTENTIAL IN ASIA Shinya Yokoyama The University of Tokyo.

CDM IMPLICATIONS OF THE DEFENITION OF FORESTS IN UTTARANCHAL Rajendra Singh Bisht Conservator of Forests Yamuna Circle, Dehradun.

Wood Bioenergy Carbon Accounting – Beyond Carbon Neutrality Ken Skog, Project Leader USDA Forest Service Forest Products Laboratory Madison, Wisconsin.

Carbon Emissions from Harvesting Wood Products and Bioenergy Justin Ford-Robertson.

1 JEFF PAQUIN Tsilhqot ’ in Power Project Phase II Call CEBC 2010.

Bio-energy Initiatives and Collaboration in New Brunswick Climate Change Hub Advisory Committee Meeting February 5, 2009 By: Bryan Pelkey Department of.

CarboInvent: Methods for quantifying forest carbon budgets B. Schlamadinger & W. Galinski 3. USDA Symposium on GHGs in Agric. and Forestry Baltimore,

Manufacturing Engineering Introduction to Bioenergy Copyright © Texas Education Agency, All rights reserved. 1.

Relationship between the EU ETS and the Kyoto Protocol Flexible Mechanisms, from the Perspective of Bioenergy and C Sequestration Relationship between.

Forest Biomass Sustainability: Policy Themes & Research Needs Alan A. Lucier, Ph.D. Senior Vice President, NCASI FIA User Group Meeting & Biomass / Bioenergy.

Latest on Bioenergy in the EU Emissions Trading System and in the CDM Latest on Bioenergy in the EU Emissions Trading System and in the CDM B. Schlamadinger.

CDM A/R Investors' and Developers' Workshop, Beijing 2010 CDM Afforestation/Reforestation Projects: International workshop for developers and investors.

Energy, Matter, Organization Study Tasks. Task #1 Use your notes (if needed) on Cell Respiration Draw a simple cell, showing some mitochondria and the.

Implementation of the Kyoto Protocol: what does it mean for bioenergy and C sequestration? Implementation of the Kyoto Protocol: what does it mean for.

Do Now: Compare a Want vs. a Need

Supply chains for the UK to 2050 A. Bauen (*), R. Slade, S. Jablonski and C. Panoutsou The context The aim of this work is to explore the potential for.

5 Dynamics Basic Navigation Guide The Secretan Center, Inc.

Opportunities for Research and Collaboration Relevant to Climate Change and Forests Overview of Opportunities for Research and Collaboration Relevant to.

NON-FOOD OPTIONS at FARM LEVEL Greenhouse Gas Accounting for Non-Food Options (A web-based approach of LCA modelling) Hannes Peter Schwaiger JOANNEUM RESEARCH.

AIT Developing Baselines for Afforestation and Reforestation Projects Sudhir Sharma Asian Institute of Technology Bangkok, Thailand 26 th March 2004.

CO2FIX Introduction and exercise Developing Forestry and Bioenergy Projects within CDM Ecuador March, 2004.

Bioenergy: Where We Are and Where We Should Be Daniel G. De La Torre Ugarte Chad M. Hellwinckel.

SUSTAINABLE FORESTRY MANAGEMENT Sustainable Forestry Management Climate and forests: the case for action now Ian Swingland November 2006.

By: Andrew Ferguson.  Biomass- a renewable energy source, that is made up of biological matter from living, or recently living organisms. Mostly comes.

Way Forward Session 1.Hybrid agricultural wastes utilization model for China 2.Rice and sugar complex model for ASEAN continental countries 3.Palm oil.

TECHNOECOMICS OF BIOENERGY TRADE CHAINS - IEA BIOENERGY TASK 35.

Power Plant Construction and QA/QC Section 5.3 – Turbine and Engine Governors Engineering Technology Division.

2013 IPCC Wetlands Supplement Focus on Coastal Wetlands Tom Wirth US EPA November 6, 2014.

Tool for ex-ante estimation of forestry CERs – "TARAM"

NATIONAL REDD+ SECRETARIAT Zonal Level REDD+ Awareness Creation Workshop MINISTRY OF ENVIRONMENT AND FOREST SNNP Regional State, Hawassa August 17/2015.

Forestry. Forest –Biome whose dominant biotic factors are trees Deforestation –Cutting or burning down a forest Reforestation –Replanting a forest where.

Forest Carbon Calculator Forest Carbon Reporting Initiative of USAID’s Global Climate Change Program.

CDM PROJECT OPPORTUNITIES, STATUS AND TREND IN PROJECT DEVELOPMENT IN SAMOA CARBON EXPO MELBOURNE, AUSTRALIA 7-9 NOVEMBER 2012.

Gear ratio and machine Secondary two Design & Technology.

Energy Conversion and Conservation. The Law The law of conservation of energy states that energy cannot be created or destroyed!!! Energy can be converted.

Biomass and Bioenergy Approaches to Assessing Greenhouse Gas Mitigation Potential Carly Green 20 November 2003IEA Bioenergy Task 38 National Meeting -

Environmental and Natural Resource Economics 3rd ed. Jonathan M

Session 4: Biofuels: How Feasible Are Large-Scale Goals for Biofuel Penetration in the US and Canada? Ken Andrasko, EPA Session Objectives: Gauge.

Drivers RED Directive 2009/28/EC for 2020

Systems Thinking: Systems modeling quick start

Comparison of 2005 & 2006 forecasts of total NDM demand

Objective- To graph a relationship in a table.

Susanne Woess-Gallasch, Neil Bird

Equations & Graphing Algebra 1, Unit 3, Lesson 5.

Presentation transcript:

Using GORCAM A Demonstration Developing Forestry and Bioenergy Projects within CDM Quito, Ecuador March, 2004

Joanneum Research / Woodrising Consulting Inc. 2 Overview GORCAM GORCAM - WCI Creating Initial Conditions –Pasture Examples –Reforestation for conservation –Reforestation for fiber production –Reforestation for bioenergy Program Improvements

Joanneum Research / Woodrising Consulting Inc. 3 GORCAM Main Sheet Parameter Input Area Output Area

Joanneum Research / Woodrising Consulting Inc. 4 GORCAM Detailed View Scenario Menu Growth Curve Menu Litter Dynamics Menu 1st Harvest Parameters Graph Type Menu Harvest Type Menu

Joanneum Research / Woodrising Consulting Inc. 5 GORCAM Graphical Output

Joanneum Research / Woodrising Consulting Inc. 6 GORCAM - WCI Input Sheet

Joanneum Research / Woodrising Consulting Inc. 7 GORCAM - WCI Graphical Output

Joanneum Research / Woodrising Consulting Inc. 8 GORCAM - WCI Graphical Output

Joanneum Research / Woodrising Consulting Inc. 9 Initial Conditions Example: Pasture (Steady-State)

Joanneum Research / Woodrising Consulting Inc. 10 Initial Conditions Example: Pasture (Steady-State)

Joanneum Research / Woodrising Consulting Inc. 11 Reforestation for Conservation

Joanneum Research / Woodrising Consulting Inc. 12 Reforestation for Conservation

Joanneum Research / Woodrising Consulting Inc. 13 Reforestation for Conservation

Joanneum Research / Woodrising Consulting Inc. 14 Reforestation for Conservation

Joanneum Research / Woodrising Consulting Inc. 15

Joanneum Research / Woodrising Consulting Inc. 16 Reforestation for Fiber Production

Joanneum Research / Woodrising Consulting Inc. 17 Reforestation for Fiber Production Excluding Wood Products

Joanneum Research / Woodrising Consulting Inc. 18 Reforestation for Fiber Production Including Wood Products

Joanneum Research / Woodrising Consulting Inc. 19 Reforestation for Fiber Production Including Wood Products

Joanneum Research / Woodrising Consulting Inc. 20 Reforestation for Fiber Production Energy Use Mechanical harvesting Transportation –100 km to mill Processing

Joanneum Research / Woodrising Consulting Inc. 21 Reforestation for Fiber Production Including Energy Use

Joanneum Research / Woodrising Consulting Inc. 22 Reforestation for Bioenergy Biodiesel Plant –converts biomass into diesel and charcoal –located 100 km from reforestation site Harvest Transportation Conversion to bioenergy

Joanneum Research / Woodrising Consulting Inc. 23 Reforestation for Bioenergy

Joanneum Research / Woodrising Consulting Inc. 24 Reforestation for Bioenergy

Joanneum Research / Woodrising Consulting Inc. 25 Reforestation for Fiber Production Excluding Wood Products

Joanneum Research / Woodrising Consulting Inc. 26 Reforestation for Bioenergy

Joanneum Research / Woodrising Consulting Inc. 27 Reforestation for Bioenergy

Joanneum Research / Woodrising Consulting Inc. 28 Reforestation for Bioenergy Without Replanting

Joanneum Research / Woodrising Consulting Inc. 29 Reforestation for Bioenergy Without Replanting

Joanneum Research / Woodrising Consulting Inc. 30 Reforestation for Bioenergy Without Replanting

Joanneum Research / Woodrising Consulting Inc. 31 Program Improvements Merge GORCAM and GORCAM-WCI User-friendly Non-CO2 Gases Tropical Forestry Situations Agroforestry Parameter Database Time-varying Parameters

Joanneum Research / Woodrising Consulting Inc. 32