CLUA Cerrado Biome Assessment August 2016

Similar documents
WHAT IS ICLF ICL ILF. ICLF can be used in different configurations, combining two or three components in one production system:

Direct Climate Impacts of Commercial Agricultural Expansion

The expansion of soybean production in the Cerrado. Paths to sustainable territorial occupation, land use and production

Sugar Cane Sustainability in Brazil: Government Perspective. Expo Milan

CERRADO Ecosystem Profile

AN OUTLOOK ON GROWTH IN BRAZILIAN SOY INDUSTRY

Way(s) ahead to make water footprint meaningful in water planning

Our Commitment to No Deforestation

POLICY BRIEF BRAZIL S NEW FOREST CODE PART I: HOW TO NAVIGATE THE COMPLEXITY KEY POINTS OF THE NEW FOREST CODE

PROJECT INFORMATION DOCUMENT (PID) CONCEPT STAGE

Photo: Tiago Forest AGRICULTURE PROGRAM ENG. An Inside View of MATOPIBA

Implementation Status & Results Brazil National Biodiversity Mainstreaming and Institutional Consolidation Project (P094715)

Cerrado Deforestation Disrupts Water Systems and Poses Business Risks for Soy Producers

POLICY BRIEF THE NEXT STEP TOWARDS CLIMATE CHANGE MITIGATION: IMPROVING PRODUCTIVITY OF BRAZIL S AGRICULTURAL LANDS

Challenges and Opportunities for Conservation, Agricultural Production, and Social Inclusion in the Cerrado Biome

Woodrow Wilson International Center for Scholars Brazil Institute. Sugarcane Ethanol and Land Use in Brazil. Andre M. Nassar

Biome composition in deforestation deterrence and GHG emissions in Brazil 1 Joaquim Bento de Souza Ferreira Filho 2 Mark Horridge 3

Implementation Status & Results Brazil Sustainable Cerrado Initiative (P091827)

THE DYNAMICS OF AGRICULTURAL TECHNOLOGY ADOPTION IN BRAZIL EVIDENCE SHOWS THREE DISTINCT PATTERNS OF TECHNOLOGY UPTAKE

Human Pressure in the Brazilian Amazon 1 Paulo Barreto,* Carlos Souza Jr., Anthony Anderson, Rodney Salomão, Janice Wiles & Ruth Noguerón

Implementation Status & Results Brazil National Biodiversity Mainstreaming and Institutional Consolidation Project (P094715)

ADM Commitment to No Deforestation, No Peat and No Exploitation

Forest Transparency Brazilian Amazon

Implementation Status & Results Brazil National Biodiversity Mainstreaming and Institutional Consolidation Project (P094715)

The COP 21 commitments, deforestation, emissions and agricultural trade in Brazil

Forest Transparency Brazilian Amazon

Biome Composition in Deforestation Deterrence and GHG Emissions in Brazil

Vetorial Group is one of the biggest independent pig iron producers in Brazil with accumulated experience since 1969.

GEF-6 REQUEST FOR PROJECT ENDORSEMENT/APPROVAL

The Amazonia Information System

ca/economia/pam/2015/default.shtm % soy of total farming land

Land use update function in SWAT application in two macro watersheds in Brazil

Linking climate change control and development policies: the Brazilian case

4 th Road Show Brazilian Soy Sustainability

SUPPLEMENTARY INFORMATION

Deforestation report for the Brazilian Amazon (September 2014) SAD

>>> The Campo Limpo System adapts itself to new needs of the industry and agriculture

Descriptions of Strategic Directions and Investment Priorities for the CEPF Investment Niche

Forest Transparency Brazilian Amazon

Linking Historical and Future Land-Use Change to the Economic Drivers and Biophysical Limitations of Agricultural Expansion in the Brazilian Cerrado

Cerrado Hotspot Logical Framework

Implementation Status & Results Brazil National Biodiversity Mainstreaming and Institutional Consolidation Project (P094715)

Amazon Deforestation

The Costs of Reducing Carbon Emissions from Deforestation and Forest Degradation in the Brazilian Amazon: Designing a Politically-Feasible Approach

Forest Transparency Brazilian Amazon

Forest Transparency Legal Amazon

Ecosystem Profile. Cerrado Biodiversity Hotspot. Extended Summary

ADM Commitment to No Deforestation. Policy Implementation. H Soy Progress Report

Forest Transparency Legal Amazon

Food, Fuel and Forests A Seminar on Climate Change, Agriculture and Trade. Sustainability Considerations for Ethanol. Andre M.

GREENHOUSE GAS INDUCED CHANGES IN THE FIRE RISK IN BRAZIL IN ECHAM5/MPI-OM COUPLED CLIMATE MODEL. F. Justino 1, A. S. de Mélo 1.

Forest Transparency Legal Amazon

Mato Grosso in the context of global climate change

Challenges and Opportunities for Conservation, Agricultural Production, and Social Inclusion in the Cerrado Biome

Deliverable 11: Assessment of Alternative Landscape Scenarios

Conference Presentations and Podcasts

FIP/IDB FOREST INFORMATION TO SUPPORT PUBLIC AND PRIVATE SECTORS IN MANAGEMENT INITIATIVES

Build It and They Will Come

Forest Transparency Brazilian Amazon

Soy Sustentabilidade. Moratorium

AMAZON BIOMASS IN THE CARBON CYCLE - BRASIL. Professor Jorge Paladino Correa de Lima, PhD Federal Rural University of Rio de Janeiro Brasil

VLI Project. Tatsuo Yasunaga. Managing Officer, Chief Operating Officer Integrated Transportation Systems Business Unit Mitsui & Co., Ltd.

World Agricultural Supply and Demand Estimates

SUPPLEMENTARY INFORMATION

Title How fast is the Amazon rainforest. disappearing?

Assessment of biodiverse grassland: Comments to ISCC Guidance Document Supplementing ISCC EU 202

REFERENCE DOCUMENT FOR THE DEVELOPMENT OF MATO GROSSO STATE S REDD PROGRAM

Challenges and Opportunities for Conservation, Agricultural Production, and Social Inclusion in the Cerrado Biome

National Ecosystems and Landscapes Restoration Program of El Salvador

Preparation of Map Database for Analysis of Paraguayan Atlantic Forest Fragmentation

Management of common forests in agrarian reform settlements in Northwest Mato Grosso, Brazil

The Financial Crisis and Sustainable Forest Management: Threat and Opportunity

PAYMENT FOR ECOSYSTEM SERVICES IN BRAZIL: BETWEEN EFFICIENCY AND EQUITY

Amazon Deforestation: Earth's Heart and Lungs Dismembered

Updated february 2017

A Perfect Storm in the Amazon Wilderness

RENEWABLE RAW MATERIAL

Weekly Market Report 09 January 2019

Summary. Deforestation report for the Brazilian Amazon (October 2014) SAD

Consensus that commodity agriculture is major driver of tropical deforestation

SUPPLEMENTARY INFORMATION

INTEGRATED PLANNING FOR LANDSCAPE APPROACH

Cover Page. Imaflora Bruno Brazil de Souza Fone:

FIP Pilot Country Meeting. Washington, 8 November, 2010

iluc in the bioenergy sector: A view from Brazil

responsible cultivation areas for biofuels sustainability in practice

Agribusiness and Sustainability in Brazil. JSPS Symposium March 15-16, 2013 at Rikkyo University Yoichi Koike Ritsumeikan University

Fire Along the Transition Between the Amazon Forest and the Cerrado Ecosystems 1

CREDIT CONCENTRATION OF BRAZILIAN RURAL ACTIVITIES FROM 2000 TO 2007

Sanae Hayashi; Carlos Souza Jr.; Márcio Sales & Adalberto Veríssimo (Imazon) ABSTRACT

and sugarcane expansion in Brazil. Alcides Faria

Public Disclosure Copy. Implementation Status & Results Report Rural Environmental Cadastre and Fire Prevention in Bahia State Project (P143376)

INTEGRATED SAFEGUARDS DATA SHEET CONCEPT STAGE

ABSTRACT. Deforestation Statistics. Brazilian Amazon

resolution for the identification of many small areas deforested each year, like 1.1-km NOAA Advanced Very High Resolution, Radiometer (AVHRR)"

World Agricultural Outlook Board Interagency Commodity Estimates Committee Forecasts. Lockup Briefing July 11, 2014

BRAZILIAN FOREST CODE

A vision for Trase:

MATOPIBA - BRAZIL. JECAM/GEOGLAM Science Meeting Ottawa, Canada July 2014

Transcription:

CLUA Cerrado Biome Assessment August 2016 Maps by topic Background Physical geography 2 Land use and vegetation 3 Carbon stock 4 Protected, indigenous, and community lands 5 Priority areas for potential protection 7 Deforestation and fire Deforestation by municipality over time 11 Fires by municipality 12 Deforestation and protected areas, cropland, & pasture 13 Agricultural infrastructure & suitability 16 Risk of future deforestation 19 Other Hydrography and hydroelectric power 23 The following maps illustrate the geography of the Cerrado, in particular how deforestation is playing out across Matopiba. They draw heavily upon data generated or hosted by LAPIG Maps. v

The Cerrado is a tropical savanna that occupies the central part Brazil, north of São Paulo and Rio de Janeiro, and south and east of the Amazon. Matopiba is an economic zone in the north of the biome. Note: the Cerrado is an ecosystem type characterized by mosaic savanna that can be found across central Brazil, as well as in parts of Rondônia, Pará, Paraná, and Roraima. These maps show the official boundaries of the political Cerrado rather than the extent of cerrado ecosystem. 2

Matopiba Matopiba The Cerrado contains part of nine states. Much of the southern Cerrado has been deforested for crops and pasture, while the north has more intact savanna. 3

Carbon Stock Northern parts of the Cerrado, near the Amazon, tend to have more carbon-dense, rainforestlike vegetation. 4

Conservation areas can be broadly divided into federal and state protected areas and indigenous lands. In total, Brazil recognizes 12 different types of conservation units, with varying levels of protection. 5

Community lands Matopiba Matopiba The Cerrado is home to many indigenous people, quilombola communities, extractivistas, geraizeiros, ribeirinhos, and family farmers, who live throughout the region. This map shows those community lands that are formally recognized. Efforts are underway to better map community lands that are not yet formally recognized. 6

Babassu forests This map shows the extent of the Babassu forest. It was made in a collaboration between researchers and the Interstate Movement of the Babassu Coconut Breakers through a project called Projeto Nova Cartografia Social da Amazônia. It was published in August 2015. Across the Cerrado, only 8% of land is in protected areas. WWF has prioritized additional areas for conservation, shown here. 7

Key Biodiversity Areas (KBAs) identified by the Critical Ecosystem Partnership Fund (CEPF) are strategic locations for the conservation of globally important biodiversity in the Cerrado. 8

Corridors, also identified by CEPF, allow for ecological connectivity between fragmented regions of biodiversity. They are essential for ecological resilience in the face of stressors like agricultural expansion and climate change. 9

Cropland and pasture already exists within some priority KBAs but large swaths of KBAs still remain in native vegetation. 10

Cerrado Deforestation The Cerrado has experienced significant, ongoing deforestation in the last decade. Municipalities in Mato Grosso, western Bahia, and Piauí have consistently been the areas with the most deforestation from 2002-2014. Deforestation in Mato Grosso has decreased over that period. 2002-2006 2006-2010 2010-2014 1 1 11

Generally, fires are most common in the areas experiencing high deforestation, though burned area is very high in the northwest boundary of the Cerrado, even though the deforestation rate is not as high in that area as in parts of the biome and In Piaui, which other is relatively much of is this area is protected. rugged, deforestation mostly occuring on flat plateaus. 12

Protected area status is no guarantee against deforestation; some protected areas, such as Ilha do Bananal, have experienced high rates of deforestation in recent years. 1 3 13

Expansion of cropland in western Bahia, northern Mato Grosso, Piauí, and Maranhão appears to be driving much recent deforestation. Deforestation occurs in a more piecemeal manner around pasturelands. 14

Matopiba Soy expansion has driven native vegetation conversion in Bahia and Piauí, hotspots for deforestation over the past decade. Pastureland expansion in Tocantins has expanded into natural vegetation, including in the Ilha de Bananal State protected area. 15

Pasture and slaughterhouses in Matopiba Although This map pastureland shows the extent is found of the Babassu forest. It was made in a collaboration across between Matopiba, researchers it is more and the densely Interstate Movement of the Babassu Coconut concentrated Breakers through along a project the eastern called Projeto Nova Cartografia Social da Amazônia. It edge was published of Matopiba, in August in Tocantins 2015. and Maranhão. Slaughterhouses are also concentrated in this part of the region. Source: Agroicone and Agrosatellite 16

Crop and Silos in Matopiba Cropland is centered in Western Bahia, and scattered throughout the other Matopiba states. For the most part, silos are as located in the same areas. 17

Agricultural Potential Data produced by produced by Agrosatélite with support from the Moore Foundation A recent analysis by Agrosatélite identifies areas of native vegetation with the soil, climate, altitude, and slope characteristics that make it suitable for cropland (dark green and dark orange). Most existing cropland falls in areas with these characteristics, and such areas may be at high risk of future deforestation. 18

Projected Future Deforestation One analysis from Ferreira et al., (2013), which assumes that deforestation will continue at the same rate as 2002-2007, projects that much future deforestation will occur in Western Bahia. 18

19 Maranhao and Piaui In the northern Cerrado, Although large swathes of municipalities like Baixa deforestation are Grande do Ribeiro, Balsas, expected across Bahia and Urucui, and Mirador face Piauí, deforestation in the prospect of high high carbon stock areas is deforestation in the expected mainly in coming years, according Maranhão and Tocantins. to one model.

20 Tocantins and Bahia Both Western Bahia and Western Tocantins face significant risk of further native vegetation loss. Formosa do Rio Preto in Western Bahia is one important municipality to watch: it is at risk of losing more than a hundred thousand hectares of native vegetation, according to one model.

21 Mato Grosso Continued high deforestation is a risk across much of northern Mato Grosso, including in Luciara, Paranatinga, Nova Mutum, and Campo Novo do Parecis.

The Cerrado is often called the birthplace of the waters, because it contains the headwaters of the Tocantins, La Plata, and São Francisco rivers. 22

23 The Cerrado lies on top of important The aquifers. Cerrado has These a mix of aquifers large are not and yet small stressed, dams, but pollution ranging and from over 7.2 KWh to withdrawals more may than become a MW. Many of issue as these development dams are in the south and west, with continues. fewer in the drier, lessdeveloped north.