Colombian Beef Climate Transition Risk Analyst Brief - Navigating climate transition risks
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Contact Us Follow Us — — info@orbitas.finance twitter.com/OrbitasFinance orbitas.finance linkedin.com/company/orbitas-finance Navigating climate transition risks Climate Transition Risk Analyst Brief Colombian Beef AN INITIATIVE OF SUPPORTED BY
Navigating climate transition risks Climate Transition Risk Analyst Brief Colombian Beef TABLE OF 03 Section I: Key Findings CONTENTS 05 Section II: Industry Exposure to Climate Transitions 07 Section III: Financial Implications of Climate Transitions 10 Section IV: Climate Transition Opportunities 13 Section V: Recommendations What we cover in this Brief: 1. How Colombian beef cattle actors are exposed to climate transition risks. 2. How these risks can have material, yet varying, impacts on different actors in the industry value chain. 3. How silvopastoral farms reduce vulnerability to transition risks while also increasing market access and profitability. FEBRUARY 2021
3 Section I Key Findings The Colombian beef industry is Modest, and Aggressive--each • Deforestation restrictions that an important part of the country’s representing varying levels of drive up land competition and economy and cultural heritage, yet global and Colombian ambition to land values. suffers from low financial returns, address the climate crisis through • Emissions costs on forest to suboptimal land use, and limited public policies, corporate actions, pasture conversion and cattle quality standards relative to peers. and consumer dietary shifts. The production. Under the spectre of slowing analysis draws from a preceding report, demand growth, warming “Transition Scenarios for Tropical • Faced with these drivers, temperatures and society’s Agriculture,”2 which projects changes in we project: inevitable shift toward lower global commodity prices, agricultural • Declining domestic production carbon pathways, these challenges yields, emissions costs, and land use as rising land and production will only grow. competition under different global costs spur conversion to higher climate transition pathways. margin agricultural uses. For This report specifically examines example, converting clear how “climate transitions” are The topline results from our pastures to palm oil cultivation poised to materially influence analysis are: Colombia’s beef industry1 in the currently provides 15 times coming decades. These transitions • The industry’s high emissions higher margins. range from government policies intensity, suboptimal land use, • Rising local beef prices (up to to shifts in consumer demands, and association with deforestation 2.3 times higher in our Aggressive and could disrupt the industry expose it to three climate scenario) and production status quo. transition trends: costs even as demand growth • Declining global and regional slows, leave the industry We examine three climate growth in consumer demand vulnerable to import and transitions pathways--Historical, for beef. product substitution. Figure 1: CLIMATE TRANSITION SWOT ANALYSIS: COLOMBIAN BEEF Sustainable farming- especially silvopastoral systems New emissions costs: production, transportation, and land clearing Increasing productivity of existing ranches Land use and deforestation restrictions Land conversion to higher margin agriculture Declining demand growth for beef products Cultural and political support for cattle ranching Low production margins, especially among producers Concentrated midstream and downstream market High transportation costs per unit power can efficiently incentivize upstream change at scale High cultural barriers to changing practices COLOMBIAN Source: Concordian. Note: This figu e does not consider social, labor, and community concerns, which are important threats and weaknesses for the Indonesian palm oil industry and may be exacerbated by climate risks. s. Orbitas
4 Continued Key Findings • Large, carbon-intensive upstream with guidance from the Financial While greater ambition broadly producers face the greatest risks Standard Boards’ (FSB) Task Force has more material consequences of cost increases. Large commercial on Climate-related Financial for Colombia’s cattle producers, breeders could face greenhouse gas Disclosures (TCFD). it also means the industry has (GHG) emissions costs of • Predicate lending to, and a better shot at avoiding the up to six times higher than investment in, beef producers much worse physical and projected production costs on their adoption of sustainable economic impacts of warming within 20 years. Smaller practices and sourcing from temperatures. The Colombian producers are not likely to be sustainable suppliers, including by government, industry actors like subject to emissions pricing. providing technical and FEDEGAN, and financiers like capital assistance to small and FINAGRO have an important • An influx of low cost imports medium ranchers. opportunity to scale up ISPS could fundamentally alter • Further broaden silvopastoral deployment--including through more industry supply chains, including investment programs, financial flexible and subsidized financing-- by cutting into the market power products, and technical which provide triple bottom line of domestic midstream traders assistance to small- and medium- returns to both public and and wholesalers. sized producers. private investment. • Industry actors--such as Grupo Nutresa (including El Corral), Grupo Exito, Presto, and McDonald’s--can This report specifically examines how counteract these risks by adopting sustainable strategies, particularly intensive silvopastoral systems (ISPS) (Figure 1): • Conversion to ISPS can generate “climate transitions” are poised to internal rates of return (IRR) as high as 32% to 37% on a ~$2,000/ materially influence Colombia’s beef ha investment--a payback period of just three to four years.3 • Under climate transitions, ISPS industry in the coming decades. relative benefits are even greater. For an indicative average-sized dual purpose farm, relative to traditional techniques: • Emissions and associated costs are up to 44% lower for industrial actors. • Sustainably-certified price premiums boost revenues by up to 23%. • New carbon sequestration revenues--available to small and commercial operations- -are as high as $485 per hectare. • Given the industry’s material exposure to climate transitions alongside the significant opportunities offered by sustainable practices, we recommend that investors and lenders: • Request investees assess and disclose climate transition exposure and vulnerability inline FEBRUARY 2021
5 Section II Industry Exposure to Climate Transitions KEY TAKEAWAYS Figure 2: COLOMBIAN BEEF CATTLE VALUE CHAIN Colombia’s domestically focused beef industry is dominated by small, extensive upstream production with low profit margins. The industry’s high emissions intensity and suboptimal land use exposes it to several sources of climate transition risks, including rising imports and poultry substitution. Source: Concordian based on Nelson et al 2015 (USDA Forest Carbon Markets and Colombia produces 1.2% of the Communities Program) world’s beef, almost exclusively for domestic consumption. The 17th largest global and 4th largest Figure 3: regional producer, Colombia produced COLOMBIA BOVINE CENSUS BY FARM SIZE 886,000 metric tons of beef in 2018: a 42% increase over thirty years ago.4,5 Last year, 96% of Colombian beef was consumed domestically and 4% was exported6 to several Middle Eastern countries, Russia and Vietnam, among others.7 Exports have grown slowly and are limited by Colombia’s quality and sanitation practices. Imports--primarily from the U.S. and Argentina-- are similarly limited but growing, reaching 23 million USD in 2019.8 The industry (Figure 2 illustrates the value chain) is characterized by extensive systems on unsuitable land. The country has 34 million hectares of pasture land--28% of which is classified as unmanaged Source: ICA 2020 pasture--where 28 million cattle graze9,10 on 655,661 sites.11 Only 15 million hectares of total land cover is identified as suitable for cattle majority own less than 50 head.13 land claims (including by aggregating ranching.12 Most production occurs Only 1% of producers run and buying campesino-developed within extensive systems with low commercial-scale operations with farms en bloc) with minimal effort. stocking rates and low productivity, more than 500 animals (Figure 3).14 For these wealthy ranchers, profitable and is mainly based on grazing. Smaller ranches are often operated operations are not always the highest by poor subsistence farmers-- priority. Smaller ranches are less Upstream cattle production “campesinos”--with low access to productive and face 1.5 times (or more) in Colombia is dominated by capital and low margins.15 Others higher costs per head.16 small producers: half have less are operated from afar by wealthy Midstream traders and than 10 animals and the vast landowners as a means to secure wholesalers have significant Orbitas
6 Continued Industry Exposure to Climate Transitions market power. These middlemen Figure 4: are paid immediately by downstream MARKET SHARE OF COLOMBIAN BEEF PROCESSORS purchasers but take their time to pay sellers. Some middlemen take advantage of this dynamic to lend to (and earn interest from) cattle sellers, often earning more from these cash and lending services than commodity margins. Middlemen take animals to (or buy from) one of 507 authorized slaughterhouses,17 many of which are close to major cities.18,19 From there, the meat enters downstream butchering or processing through 94 meat cutting and packing establishments (Figure 2).20 Downstream sales are dominated by local butchers selling unprocessed beef. 80% of slaughtered and deboned cattle are sold Source: LaNota 2018. Notes: Aggregate market value used was 3,640 million USD reported by FEDEGAN, cited by Chain unprocessed, mainly via local Reaction Research butchers like Koller.21 20% is processed and sold mainly via independent retailers, and large supermarkets, Figure 5: primarily Grupo Exito.22 Beef COUNTRIES WITH HIGHEST BEEF PRODUCTION EMISSIONS INTENSITY AMONG processors Grupo Nutresa (17% TOP 25 PRODUCERS market share) and Minerva Foods (4% market share) are the only publicly-listed companies in the value chain. Most processors have less than 1% market share (Figure 4).23 Colombia’s small beef industry is the world’s second most emissions-intensive (Figure 5)24. Around 43% of Colombia’s greenhouse gas emissions are related to agriculture, forestry and land use change; almost 30% of those emissions are related to enteric fermentation from cattle, and around 35% are related to deforestation (particularly in Meta, Source: FAO 2017 Notes: These emissions intensities are significantly higher than emissions intensity estimates used for specific ranches in Caquetá, and Guaviare).25,26,27,28 this paper; part of this discrepancy is due to the inclusion of land clearing in FAO statistics. To meet Colombia’s domestic climate goals, it will need to reduce emissions from its cattle Colombia‘s beef industry is the industry. Colombia’s contribution to Paris Agreement is to reach 20% world‘s second most emissions-intensive. below business as usual by 2030, with another 10% in reductions This will need to change for it to meet achievable with international support. The cattle industry is its largest its climate goals. source of agricultural GHG FEBRUARY 2021
7 Continued Industry Exposure to Climate Transitions emissions. Therefore, in its low Figure 6: CLIMATE TRANSITION RISKS FOR COLOMBIAN CATTLE INDUSTRY carbon growth strategy, the government identifies livestock intensification and addressing TCFD Example or Potential pasture conversion as important Risk Event Risk Category Source emissions reduction strategies.29 Across the economy, Colombia Policy & Legal Government restrictions on defores- The Supreme Court has passed has enacted a carbon tax, with tation. laws to restrict deforestation in Amazonia. an emissions trading system planned, and Supreme Court has Introduction of greenhouse gas (GHG) Colombia has committed to redu- passed laws to conserve Amazonian taxes or pricing systems that cover ce its greenhouse gas emissions agricultural producers. by 20% below BAU by 2030. forests. These policies will impact the cattle industry, either directly or indirectly by affecting the Technology New planting technologies enable Emerging agroforestry techniques higher yields like intensive silvopastoral sys- market for inputs like fuel or tems (ISPS) provide opportunities agricultural land. to boost yields, diversify income, and reduce emissions. In addition to government policy, domestic consumer Market Declining demand for carbon intensive Both current trends and future demand is poised to follow a protein sources like beef. transition scenarios project in- creasing consumer substitution of global trend toward beef ruminant meats in favor of lower substitutes. Meat consumption carbon protein sources. in Colombia has grown in line with GDP growth; but Colombians Retailers or wholesalers require new Colombian Tropical Forest Alli- environmental standards from their ance partners Grupo Exito and are increasingly shifting toward suppliers Alqueria have committed to zero poultry consumption-- which deforestation supply chains has doubled since 2002. In 2019, Grupo Nutresa, Minerva, Burger beef consumption in Colombia King and other large beef actors was 18.6 kilograms per person have expressed interest in sustai- nable beef sourcing. while poultry consumption was 35.6 kilograms per person.30 Corporate and consumer demand for Studies indicate that sustainable sustainable palm oil grows beef can command a price pre- mium in Colombian markets. Land competition from lower carbon As security risks abate and land Colombia‘s environmental crops values rise, conversion cattle ranchers may convert or sell land to higher margin, lower carbon policies will impact the crops. cattle industry both Capital providers link financing to improvements in greenhouse gas FINAGRO provides specialized financing for ISPS conversions. directly and indirectly via emissions input costs. Reputation Shareholders or capital providers divest Seven major European invest- or express concerns about environmen- ment firms have threatened to tal commitments. divest from nearby Brazil’s beef producers and grains traders over As ambition to address the deforestation concerns. climate crisis intensifies, these Increased NGO and stakeholder con- NGOs play a highly active role trends will also intensify, creating cern about issues such as deforestation in monitoring deforestation in material risk events for Colombian or climate change increase scrutiny of Colombia, particularly around producers, whether driven by tropical commodity supply chains. Amazonia. new climate and land use policies, market purchasing Source: Concordian and Reuters, June 2020. 31 shifts, or technology developments as outlined in Figure 6. Orbitas
8 Section III Financial Implications of Climate Transitions KEY TAKEAWAYS Figure 7: CLIMATE TRANSITION SCENARIO ASSUMPTIONS Emissions costs and land use restrictions would squeeze Historical Modest Aggressive Ambition Ambition Ambition already tight margins-- especially for large cattle Warming Target 4+ 3 1.5 breeders--and impede (Degrees Celsius) geographic expansion. Global Carbon Price None $3 in 2030 $14 in 2030 Land Sector* $7 in 2040 $69 in 2040 Greater land competition and (2019 USD per ton CO2) tighter margins are likely to spur land sales and ranch Regional Carbon Price: None $1 in 2030 $10 in 2030 conversion to higher margin Land Sector* $7 in 2040 $64 in 2040 agricultural activities like (2019 USD per ton CO2) palm oil. Global Protected 352 352 2,707 Natural Areas** (Mha) Colombian Land Deforestation No Deforestation No Deforestation Development Restrictions allowed A. CLIMATE TRANSITION SCENARIOS To assess the effect of future climate Bioenergy Pathways 27 70 70 (EJ by 2100) transitions on Colombian cattle ran- ching, we evaluate three scenarios: Ruminant Meat No reduction No reduction No reduction Historical Ambition (“Historical”), Consumption*** Modest Ambition (“Modest”), and Maximum Price Premiums for None 10% 23% Aggressive Ambition (“Aggressive”). Sustainable Beef**** As summarized in Figure 7, each tran- sition scenario considers both global Source: Concordian and Vivid Economics, based on MAgPIE assumptions and REMIND carbon price modeling results from and corresponding local pathways--in- the report “Transition Scenarios for Tropical Agriculture.” Notes: *Carbon prices presented are averages in 2019 USD; this report’s financial analysis uses regional GHG prices. GHG emissions prices reflect land sector GHG prices, rather than ener- cluding consumer trends--to achieve gy or economy-wide GHG prices which may be higher. **Global Protected Natural Areas are defined by the International Union for the Conservation of Nature (IUCN). The Historical and Modest Scenarios protect IUCN Categories I and II while global warming temperature targets.32 the Aggressive Scenario protects IUCN Categories I to VI, both designated and proposed. ***Ruminant meat fadeout – this Specifically, we assume the following is a gradual decrease in the role of ruminant meats (beef, lamb, mutton and goat) as a protein source. Fadeout scenarios replace ruminant meat with less carbon intensive protein sources, including poultry, fish, eggs, and alternative meats. Colombian actions in line with global **** Price premiums are based on Charry et al 2019.34 pathways: • Historical: The Historical scenario assumes limited global and local • Aggressive: The Aggressive scenario pricing trends reflect underlying ambition to address the climate crisis. In Colombia, we project a amplifies the Modest scenario, with assumptions in each scenario. pathway that reflects the status quo higher GHG pricing, significant local In the Historical and Modest in which agricultural emissions are demand for certified-sustainable scenarios producers see limited neither regulated nor taxed and in beef, as well as significant declines cost increases and production rises which deforestation restrictions are in global and regional ruminant meat to meet growing demand, thereby not enforced. consumption. moderating price increases. In the Aggressive scenario, emissions • Modest: In this scenario, the Our models broadly project rising pricing and area protections raise world pursues modest GHG beef prices while production and production costs, leading to pricing33 alongside investment in demand growth slow with greater production declines and higher prices bioenergy pathways, among other climate ambition (Figure 8, on even in the face of declining demand. factors. In Colombia, we assume next page). Over the next 15 years, very modest GHG pricing, increased global and regional beef prices and After 2035, regional (Central and consumer interest in certified- production under the Historical and South American) beef prices under sustainable beef, as well Modest scenarios track each other the Aggressive scenario spike as deforestation restrictions that closely, while the Aggressive scenario’s much higher while production falls cover industrial cattle producers. results diverge immediately. These faster than global trends. By 2040, FEBRUARY 2021
9 Continued Financial Implications of Climate Transitions Aggressive regional beef prices are Emissions costs will squeeze within 10 years (Figure 9, next page). 1.6 times higher, and global beef already tight margins. Charging Within 20 years, emissions costs prices are 2.3 times higher, relative emissions costs directly to small rise to over 6 times the projected to the Historical scenario. Notably, ranchers may not be administratively production costs. Smaller breeders, regional price increases may be or politically feasible. But larger, while more emissions-intensive than moderated by future imports in the commercial breeders, finishers, and larger breeders, are not likely to be absence of import restrictions. dual purpose farms will likely face subject to GHG pricing policies and their significant operational emissions costs. associated costs. B. IMPACTS ON PRODUCERS Traders and wholesalers will also face higher transportation costs (Colombia’s Producers and processors can’t easily Climate transitions will incentivize rural-urban transportation routes pass these costs downstream and emissions-intensive and inefficient are already notoriously inefficient) still compete with higher margin producers to leave the market. as diesel and other fossil fuels face crops and cheaper international Depending on the level of climate carbon taxes or pricing. substitutes. Colombian beef prices are ambition and the nature of policy currently low but profits are low relative mechanisms,35 commercial Cattle breeders will be particularly to both beef imports and common operators in Colombia’s beef value hard hit due to their emissions domestic agricultural crops. Palm oil, chain could face: intensity. Cattle breeders achieve for example, is 15 times more profitable • Higher production and transportation comparatively high margins among than beef cattle per hectare (Figure 10 costs related to GHG emissions. beef producers, but are also some next page). Meanwhile, beef imports are • New GHG emissions costs on of the most emissions-intensive cheaper due in part to their relatively converting forests to pasture. within the beef value chain. Under an cheaper transportation costs. For exam- • Laws preventing deforestation or Aggressive climate transition, large ple, FEDEGAN states that it is cheaper other area protections, and breeders (over 250 head) could see to send a container from Shanghai • Land competition from higher margin emissions costs rise to the same to Cartagena than from Bogotá to agricultural uses. level as projected production costs Cartagena. Subject to trade policies, if Colombia continues to produce high emissions- and transportation-intensive beef, it will likely face an influx of lower- cost imports. Figure 8: PROJECTED BEEF PRICES AND PRODUCTION UNDER HISTORICAL, C. GROWTH CONSTRAINTS MODEST AND AGGRESSIVE SCENARIOS Land use restrictions alongside GHG Global Regional pricing spur increases in net forest areas, reducing the potential for legal and economically feasible cattle ex- pansion. If the Colombian government were to restrict deforestation alongsi- de even the Modest scenario’s carbon price, we project forest cover gains of 1.3 million hectares by 2030 and 2.6 million hectares by 2040 (Figure 11, next page). The zero deforestation restric- tion alongside the “Modest” carbon price reduces total available commer- cial cattle-suitable land38 (i.e., contigu- ous tracts of over 200 hectares)39 from 13.7 million hectares (Historical) to 11.9 million hectares of land by 2040. For smaller operators (i.e., land tracts less than 50 hectares), expansion potential shows little variation relative to that for commercial operators, though zero de- Source: Concordian, based on modeling results from the report “Transition Scenarios for Tropical Agriculture.” forestation policy enforcement may be more lax for small scale operations. Orbitas
10 Continued Financial Implications of Climate Transitions Figure 9: Figure 10: ANNUALIZED PRODUCTION PROFITABILITY BY AGRICULTURAL ACTIVITY IN COLOMBIA AND EMISSIONS COSTS FOR LARGE BREEDERS A. Historical Ambition B. Modest Ambition Source: FEDEGAN, 2015 Figure 11: FOREST COVER EXPANSION: MODEST AMBITION SCENARIO 2020 to 2030 2020 to 2040 B. Aggressive Ambition Source: Concordian using data from Gonzalez et. al 2019.36 Notes: See technical annex for methods, data sources, and caveat37s related to these projections. These projections reflect a “steady state,”i.e., they do not reflect projected cash flows or income over time; rather they provide a snapshot in each year of relative production and emissions-related costs based on the prevailing GHG prices for the land sector in that time step. Emissions costs are based on an estimated emis- sions intensity for larger breeders (251-500 head) of 37.3 kg CO2eq per kg of live weight gain (LWG). • Projected production costs also assume increases in factor costs including labor, energy, and equipment; they do not consider increases in fertilizer nor land costs; we assume fertilizer-related cost increases Source: Authors. Forest cover projections at 5.5 km x 5.5 km spatial resolution are based on the OSIRIS model.37 Plotted are driven by emissions costs within the farm gate values indicate the percentage of the grid cell area that has experienced an increase in forest cover over the 10- or 20- rather than fertilizer prices. year time period; changes
11 Continued Financial Implications of Climate Transitions Even in scenarios where deforestation Figure 12: is permitted, GHG pricing could REGIONAL LAND VALUES make forest-to-pasture conversion prohibitively expensive. As security risks abated following the peace deal with the Revolutionary Armed Forces of Colombia (FARC), cattle ranching proliferated on previously forested lands in Amazonia as a means to secure land ownership. Under climate transitions, clearing forest to establish a cattle ranching operation would result in $584 (Modest) to $5,840 (Aggressive) in upfront GHG emissions costs per hectare by 2030.41 At the current average net income of US$38 per hectare for a dual purpose farm, it would take 15 years (on a cash basis, i.e., no interest considered) to recover this upfront cost in even the Modest scenario. Within 20 years, these Source: Concordian, based on modeling results from the report “Transition Scenarios for Tropical Agriculture.” clearing-related emissions costs Figure 13: rise to $4,088 (Modest) and $37,000 CATTLE SUITABILITY MAP AND MAJOR CATTLE FARMING REGIONS (Aggressive) per hectare. Greater land competition and Caribbean Region tighter margins will spur land sales and conversion to higher Middle Magdalena Valley margin agricultural activities. In the Aggressive scenario where deforestation is restricted, regional land values are projected to nearly double within 20 years (Figure 12) as a result of both emissions pricing and area protections. Given both Orinoquia and Caquetá cattle ranching’s currently thin profit margins and suboptimal land use (Figure 13), we expect climate Source: Concordian, on left, combining IDEAM 2012 land use map42 and SIPRA 2020 suitability map43 to show overlap of transitions to incentivize the conversion existing pastures and cattle-suitable land. SIPRA defines suitability based on a number of factors including biophysical of inefficient, emissions-intensive suitability, socio-economic considerations, and ecological considerations. For these maps we defined “Unsuitable” as any areas with low or no suitability as defined by SIPRA. Administrative boundaries are from GADM,44 The map on the right pasture lands either back into forests, shows the locations of cattle herds, with values indicating heads of cattle in 2019 from ICA 2020.45 For more details, see Technical Annex. and/or into higher margin agricultural activities such as palm oil, sugar Figure 14: cane, or coffee. CATTLE SUITABILITY MAP AND MAJOR CATTLE FARMING 63% of the country’s existing REGIONS pasture overlaps with land that is biophysically suitable for palm--a crop which provides 15 times higher margins (Figure 14). The impact of this conversion on midstream beef processing, trading, and wholesaling will Source: Concordian, combining a land use map from IDEAM 201246 and an oil palm largely depend on trade restrictions-- biophysical suitability map from Pirker et al. 2016.47 Administrative boundaries are without restrictions, lower cost, lower- from GADM.48 See Technical Annex for more emissions imports are likely to flood the information market and moderate domestic price increases. Orbitas
12 Section IV Climate Transition Opportunities One study found that KEY TAKEAWAY Colombian consumers may BOX 1: Sustainable farming be willing to pay a 23% price SILVOPASTORAL techniques like intensive FARMING EXPLAINED silvopastoral systems protect premium for eco-friendly against future cost increases beef; 25% for animal welfare Silvopastoral farming is an and price volatility by agroforestry approach that reducing emissions, increasing friendly-beef; and 10% for integrates trees, bushes, pasture productivity, diversifying beef labels that addressed and livestock in a mutually- beneficial way. Depending on its income sources, and expanding environmental impacts. execution, this technique can market access. provide ecosystem services, boost dairy and beef productivity, The relative profitability of and diversify producers’ sustainable approaches would incomes. In Colombia, ISPS Embracing a “local and sustainable” be even higher under climate typically combines live fences, beef label can counteract slowing transitions, bolstered by emissions trees, fodder crops, and plants demand... Such an approach would cost savings, sequestration that keep soil fertile with play into the cultural heritage of payments, and potential price cattle pastures. Compared to ranching in Colombia while also premiums. As shown in Figure 16, pastures with no trees, ISPS creating a premium product that average methane emissions per systems store more carbon, produced kilogram of meat are 44% improve soil properties, enhance justifies higher prices. One study lower in ISPS relative to traditional environmental resilience, reduce found that Colombian consumers runoff, and promote greater may be willing to pay a 23% price techniques, resulting in relative biodiversity. ISPS systems premium for eco-friendly beef; 25% savings. In addition, ISPS’ carbon provide more nutrient-dense for animal welfare friendly-beef; and sequestration could generate and diverse fodder for livestock 10% for beef labels that addressed revenues of up to $485 per hectare which boosts meat and milk environmental impacts. A maximum in 2040 under the Aggressive scenario. productivity. Greater fodder price premium of 50% could be Sustainable techniques also reduce density also enables producers achieved by addressing multiple dependence on, and thus costs to stock more cattle per hectare, related to, fertilizer and weed killers, enabling more efficient land use. consumer concerns.49 cutting operational costs by an Though ISPS systems allow for estimated 70%.56 denser production by providing … while sustainable techniques an improved diet, they also lower like intensive silvopastoral systems greenhouse gas emissions per (ISPS) boost profitability and diversify income sources. Sustainable Under climate transitions, animal, and by providing shade they improve cattle welfare farming techniques range from converting to silvopasture and reduce health risks from simple investments in fences and becomes substantially more overheating, ticks, and anxiety dispersed trees, to highly productive from lack of concealment.53 ISPS ISPS, which carefully combine trees, profitable farming also improves economic pasture, and livestock (Box 1). The outcomes for producers by increasing milk and beef dry Caribbean region of Colombia The profitability of ISPS conversion productivity and adding additional is particularly promising for private substantially rises relative to sources of revenue, such as investment in ISPS.50 Here, one ISPS traditional techniques. Figure 16 timber sales, while reducing the conversion generated 6 times higher illustrates the relative cost, productivity, need for costly inputs such as income and reversed net losses and price premium benefits achievable fertilizer and weed killers. to 8 times the profit in absolute under each transition scenario for an terms.51 This implies a 32-37% IRR illustrative dual purpose farm (based on Source: Chará, Julian, Ernesto Reyes, and a payback period of just 3-4 years Pablo Peri, Joachim Otte, Fritz Schneider, Figure 16’s data) that is subject to GHG and Eduardo Arce, “Silvopastoral on $2,000-$4,000 of initial capital emissions pricing. In the Aggressive Systems and their Contribution to investment depending on the mix of scenario, ISPS profits per hectare are Improved Resource Use and Sustainable trees and shrubs used.52 Profit gains are up to 8 times and 13 times higher Development Goals: Evidence from Latin America” FAO, CIPAV, and Agri Benchmark, driven by greater productivity (Figure 15 than conventional systems by 2030 2019, http://www.fao.org/3/ca2792en/ shows statistics for a dual-purpose and 2040, respectively. Notably, these ca2792en.pdf. farm) and new sources of revenue results may be less relevant to large from timber or fruit sales. scale operations that have higher FEBRUARY 2021
13 Continued Expansion Challenges Under Climate Transitions Figure 15: PRODUCTION AND EMISSIONS: AVERAGE-SIZED DUAL-PURPOSE CATTLE PRODUCTION SYSTEMS57 Measure Conventional “Improved ISPS- With Extensive Pastures” - No Trees Pastures Trees Animal Load (large animals 0.5 1 3 per ha) Weight Gain (kg per animal, 0.37 0.5 0.75 per day) Weight Gain (kg per hectare) 0.185 0.5 2.25 Average Methane Emissions 15.5 38 105 (kg per hectare per year) Annual Meat Production - live 67.5 182.5 821.3 weight (kg per ha per year) Methane Emissions per tonne 229.5 208.2 127.9 of meat (kg per ton) No reduction No reduction No reduction Fattening Days 514 380 253 Source: Broom et al 201354, using CIPAV data and Murgueitio et al 2008;55 FEDEGAN. carrying capacities and productivity; ISPS requires technical knowledge, for these types of operators, upfront capital, and time. Many alternative sustainable farming ranchers in Colombia are resistant techniques like industrial-scale to giving up the extensive ranching intercropping may make better sense. traditions of recent generations. Additionally, not all ranches are ideal Smaller ranchers also struggle to candidates for conversion to ISPS. access capital without clear land titles. Finally, many ranchers do not have the Despite clear financial benefits even in today’s market, only 2 to patience either to wait for returns or to 3 million hectares of land utilize invest more resources in their ranches silvopastoral systems.58 The World when losses are already piling up. Bank/GEF, FINAGRO, FEDEGAN, FAO, and many others, have introduced several sustainable cattle ranching Uptake of silvopasture has pilot and scaling programs. Many of these programs support favorable, been slow because of lack of subsidized, financing instruments. But capacity, cultural resistance to uptake of these financing options, and the adoption of silvopastoral systems new techniques and unclear generally, have been slow. Instituting land titles. Orbitas
0014 Continued Expansion Challenges Under Climate Transitions Figure 16: ANNUAL REVENUES AND COSTS: DUAL PURPOSE ISPS VERSUS TRADITIONAL SYSTEMS A. Historical Ambition Scenario: No ISPS Price Premium Traditional ISPS Legend $5,000 $5,000 GHG costs Interest costs $4,000 $4,000 Costs of Production USD 2019/ha USD 2019/ha Revenues Sequestration $3,000 $3,000 Revenues Timber $2,000 $2,000 Revenues Meat $1,000 $1,000 0 0 2020 2025 2030 2035 2040 2020 2025 2030 2035 2040 B. Modest Ambition Scenario: Up to 10% ISPS Price Premium Traditional ISPS Legend $5,000 $5,000 GHG costs Interest costs $4,000 $4,000 Costs of Production USD 2019/ha USD 2019/ha Revenues Sequestration $3,000 $3,000 Revenues Timber $2,000 $2,000 Revenues Meat $1,000 $1,000 0 0 2020 2025 2030 2035 2040 2020 2025 2030 2035 2040 C. Aggressive Ambition Scenario: Up to 23% Price Premium Traditional ISPS Legend $5,000 $5,000 GHG costs Interest costs $4,000 $4,000 Costs of Production USD 2019/ha USD 2019/ha Revenues Sequestration $3,000 $3,000 Revenues Timber $2,000 $2,000 Revenues Meat $1,000 $1,000 0 0 2020 2025 2030 2035 2040 2020 2025 2030 2035 2040 Source: Concordian, based on data from FEDEGAN, Broom et al 2013, Nelson and Durschinger 2015, Charry et al 2019, and Cardona et al. 2012. See technical annex for additional details regar- ding calculations and data sources. Notes: • This chart only includes methane emissions, largely related to enteric fermentation due to data constraints. • This chart’s intention is to give an indication of the cost differences for ISPS versus traditional systems. Not all producers will face these costs. The calculation makes several simplistic assumptions as outlined in the Technical Annex. • This figure’s underlying data assumes an average-sized dual purpose farm that is subject to emissions pricing, using land sector GHG prices. Analyst Brief / DECEMBER 2020
15 Section V Recommendations Sustainable farming represents Financiers: a clear opportunity for Colombia’s Commercial-scale investors and beef industry to boost returns banks must tie investment and BOX 2: while also mitigating vulnerability lending to: CORPORATE to climate transition risks. But • Sustainable practices that allow SUSTAINABILITY scaling up these approaches for market differentiation and STRATEGIES requires significant upfront thus, reduce repayment losses Colombian beef value chain capital--up to $17.5 billion to under climate transition pathways. actors are increasingly convert 14 million hectares by • Disclosure of climate transition recognizing the importance of some estimates59--alongside risks and how these risks will sustainability: sustained technical assistance be mitigated. • Grupo Nutresa--the country’s and outreach. The Colombian largest beef processor-- Policymakers: has identified silvopastoral government has a unique systems as an important opportunity to align industry ISPS and other sustainable cattle sustainability strategy.60 incentives and environmental ranching techniques provide a • Minerva--Colombia’s second goals through carbon pricing, triple bottom line win, reducing largest beef processor--has land use restrictions, and other Colombia’s emissions, maintaining made a public commitment to climate regulations. livelihoods, and increasing the deforestation-free cattle in its industry’s economic value. A strong supply chains.61,62 • Nestle--the third-largest carbon price on a wide range of buyer of milk in Colombia-- Scaling up sustainable farming emissions-intensive sectors could has a Dairy Development Plan provide the scale of revenues in Colombia requires up to $17.5 necessary for policymakers to that promotes silvopastoral management to improve the billion in capital investment. provide much needed technical quality and quantity of milk.63 assistance, grants, subsidized • Grupo Exito--the country’s largest supermarket retailer-- As such, our research underscores financing, and public guarantees has expressed interest in more the following recommendations: that leverage further private sustainable supply chains.64 investment. • Cargill, McDonald’s, Restaurant Brands International (the Producers: parent company of Burger Large corporate producers and buyers should immediately The Colombian government King), the WWF, Mesa Ganadería Sostenible institute, and allocate capital to has a unique opportunity Colombia, and Minerva Foods, among others, are part of supporting, sustainable livestock to align industry incentives the Global Roundtable on purchasing policies (see Box 2 for context). This will require adjusting and environmental goals Sustainable Beef (GRSB).65 corporate policies, educating through carbon pricing, Nevertheless, as most of these suppliers, and providing direct corporate strategies lack education and technical assistance land use restrictions, and measurable capital and/or to poorer farmers. other climate regulations. corporate policy commitments to sustainable practices, they are unlikely to result in the meaningful shifts companies must make to effectively address climate transition risks. Orbitas
16 Report References (1) While this report focuses only on beef, https://www.ica.gov.co/areas/pecuaria/servi- sation.pdf. (23) “Colombia Informe Sectorial the country’s dairy industry--including large cios/epidemiologia-veterinaria/censos-2016/ Standard 2019: Sector productos cárnicos companies like Alquería, Colanta, Alpina, censo-2018. Note: Updated this from the (res y cerdo),” La Nota, 2019, https://lanota. Coolechera, and Parmalat--faces similar 2017 census information. (12) IGAC [Instituto com/index.php/CONFIDENCIAS/ranking- exposure to climate transitions since much Geografico Agustin Codazzi], „Colombia, un 2018-lideres-productos-carnicos-de-colom- of the industry’s upstream production is país con una diversidad de suelos ignorada y bia.html. Note: Other downstream channels dual purpose. (2) This report, accompanying desperdiciada,” October 2019, https://igac.gov. include fast food Chains like El Corral (over Technical Guidance, and other reports within co/es/noticias/colombia-un-pais-con-una-di- 200 locations, owned by Grupo Nutresa); the Orbitas climate transition series are versidad-de-suelos-ignorada-y-desperdiciada. Presto (160 locations); McDonalds (80 loca- available at http://orbitas.finance. (3) Not all (13) Nelson, Nora and Leslie Durschinger,. tions); and smaller chains like Burger King; ISPS conversions would provide this rate of „Supporting Zero-Deforestation Cattle in The Chef Burger Company; Sierra Nevada; return. The marginal benefits of conversion Colombia,“ USAID-supported Forest Carbon, Home Burger; El Rodeo; and La Pampa. to ISPS will depend on multiple biophysical Markets and Communities Program, February (24) Food and Agriculture Organization of the factors, access and cost of capital, as well 2015, http://www.terraglobalcapital.com/sites/ United Nations, FAOSTAT Statistical Database, as the ranches baseline productivity. Data default/files/Colombia%20Zero%20Deforesa- http://www.fao.org/faostat/en/#data. (25) based on Nelson, Nora and Leslie Durschin- tion.pdf. (14) ICA [Instituto Colombiano Agro- 95% of Colombia’s livestock-related emis- ger,. „Supporting Zero-Deforestation Cattle in pecuario], “Censo Pecuario año 2020,” Censo sions inventory is related to cattle; owing to Colombia,“ USAID-supported Forest Carbon, Pecuario Nacional, 2019, https://www.ica.gov. its deforestation for pastures (45%), enteric Markets and Communities Program, Februa- co/areas/pecuaria/servicios/epidemiologia- fermentation (32%), animal urine and manure ry 2015, http://www.terraglobalcapital.com/ veterinaria/censos-2016/censo-2018. (20%), and manure management (4%). sites/default/files/Colombia%20Zero%20 (15) World Bank, “Business Case: Mainstrea- (26) IDEAM, PNUD, MADS, DNP, CANCILLERIA, Deforesation.pdf. (4) Ritchie, Hannah and Max ming Sustainable Cattle Ranching Project,” “Inventario nacional de gases de efecto inver- Roser „Meat and Dairy Production“, Our World September 2019, http://documents1.world- nadero (GEI) de Colombia,” 3ra Comunicacion In Data (based on FAOStat 2018 data), 2019, bank.org/curated/en/324381569396107123/ Nacional de Cambio Climatico, 2015, http:// https://ourworldindata.org/meat-production. pdf/Mainstreaming-Sustainable-Cattle-Ran- documentacion.ideam.gov.co/openbiblio/ (5) Regionally, Colombia is the fourth largest ching-Project-Business-Case.pdf. (16) Based bvirtual/023421/cartilla_INGEI.pdf. (27) Tapa- beef producer after Brazil, Argentina, and on interviews with cattle breeders and indus- sco, Jeimar, Jean Fracois Le Coq, Alejandro Mexico; but its beef exports are significantly try experts and data from FEDEGAN’s eco- Ruden, Juan Sebastian Rivas, and Javier Ortiz, smaller than these three countries. Source: nomic research office (https://www.fedegan. „The livestock sector in Colombia: Toward a Williams, Gary and David Anderson, “The Latin org.co/estadisticas/costos-produccion). (17) program to facilitate large-scale adoption of American Livestock Industry: Growth and Though not a focus of this report, it is worth mitigation and adaptation practices,“ Frontiers Challenges,” Choices, Agricultural and Applied noting that there exists a significant amount in Sustainable Food Systems 3 (2019): 61. Economics Association, 2019, https://www. of illegal cattle ranching and slaughtering https://www.frontiersin.org/articles/10.3389/ choicesmagazine.org/choices-magazine/sub- activities in Colombia. (18) Instituto Nacional fsufs.2019.00061/full#B12. (28) Tapasco, mitted-articles/the-latin-american-livestock- de Vigilancia de Medicamentos y Alimentos, Jeimar, Jean Fracois Le Coq, Alejandro Ru- industry-growth-and-challenges. (6) DANE „Plantas de Beneficio Animal,“ Invima, https:// den, Juan Sebastian Rivas, and Javier Ortiz, [Departamento Nacional de Estadística], “IV paginaweb.invima.gov.co/plantas-de-bene- „The livestock sector in Colombia: Toward a trimestre de 2019,” Encuesta de Sacrificio de ficio-animal.html#preguntas-frecuentes. program to facilitate large-scale adoption of Ganado, 2019, https://www.dane.gov.co/index. (19) de Wilde, Joeri, Tim Steinweg, and Matt mitigation and adaptation practices,“ Frontiers php/estadisticas-por-tema/agropecuario/ Piotrowski, „Deforestation Risk in Colombia: in Sustainable Food Systems 3 (2019): 61. encuesta-de-sacrificio-de-ganado/encuesta- Beef and Dairy Sectors May Expose Inves- https://www.frontiersin.org/articles/10.3389/ de-sacrificio-de-ganado-esag-historicos. (7) tors“, Chain Reaction Research, 2018, https:// fsufs.2019.00061/full#B12. (29) Tapasco, TRASE finance (8) United Nations, UN Com- chainreactionresearch.com/wp-content/up- Jeimar, Jean Fracois Le Coq, Alejandro Ru- trade Database, https://comtrade.un.org/data/. loads/2018/12/Deforestation-Colombia-1.pdf. den, Juan Sebastian Rivas, and Javier Ortiz, Note: These figures are from both 1. Meat of (20) Instituto Nacional de Vigilancia de „The livestock sector in Colombia: Toward a bovine animals; fresh or chilled and 2. Meat Medicamentos y Alimentos, „Plantas de program to facilitate large-scale adoption of of bovine animals; frozen (9) ICA [Instituto Beneficio Animal,“ Invima, https://paginaweb. mitigation and adaptation practices,“ Frontiers Colombiano Agropecuario], “Censo Pecuario invima.gov.co/plantas-de-beneficio-animal. in Sustainable Food Systems 3 (2019): 61. año 2020,” Censo Pecuario Nacional, 2019, html#preguntas-frecuentes. (21) Nelson, Nora https://www.frontiersin.org/articles/10.3389/ https://www.ica.gov.co/areas/pecuaria/servi- and Leslie Durschinger,. „Supporting Zero-De- fsufs.2019.00061/full#B12. (30) FEDEGAN [Fe- cios/epidemiologia-veterinaria/censos-2016/ forestation Cattle in Colombia,“ USAID-sup- deracion Colombiana de Ganaderos]. “Consu- censo-2018. Note: Updated this from the 2017 ported Forest Carbon, Markets and Commu- mo aparente per capita anual (origen formal),” census information. (10) DANE [Departamen- nities Program, February 2015, http://www. 2019, https://www.fedegan.org.co/estadisticas/ to Nacional de Estadística], “Censo Nacional terraglobalcapital.com/sites/default/files/ consumo-0. (31) https://www.nasdaq.com/ Agropecuario 2014” Bogotá: Departamento Colombia%20Zero%20Deforesation.pdf. articles/exclusive-european-investors-threa- Administrativo Nacional de Estadística, 2014, (22) Nelson, Nora and Leslie Durschinger,. ten-brazil-divestment-over-deforestati- https://www.dane.gov.co/index.php/esta- „Supporting Zero-Deforestation Cattle in on-2020-06-19 (32) Please visit http://orbitas. disticas-por-tema/agropecuario/censo-na- Colombia,“ USAID-supported Forest Carbon, finance for detailed information regarding our cional-agropecuario-2014.(11) ICA [Instituto Markets and Communities Program, February detailed global scenario modeling results, our Colombiano Agropecuario], “Censo Pecuario 2015, http://www.terraglobalcapital.com/sites/ overall methodology, and a summary of all of año 2020,” Censo Pecuario Nacional, 2019, default/files/Colombia%20Zero%20Defore- our industry reports. FEBRUARY 2021
17 Report References (33) Note that the GHG prices here are those the 2030 or 2040 carbon price for each policy Enrique and Muhammad Ibrahim, “Ganadería applied to the land sector, which typically, scenario. We assume all CO2 emissions occur y medio ambiente en América Latina,” Gana- lag those applied to the energy sector. (34) in the year in which deforestation occurs. For dería del Futuro, pp. 19–39, Fundación CIPAV, Charry, Andrés, Manuel Narjes, Karen Enciso, more information on the OSIRIS model, see January 2008, https://www.researchgate.net/ Michael Peters, and Stefan Burkart, “Sustaina- the Technical Annex. (42) Dataset available at: publication/237495139_Ganaderia_y_medio_ ble Intensification of Beef Production in Co- http://bart.ideam.gov.co/cneideam/Capasgeo/ ambiente_en_America_Latina. (56) FEDEGAN, lombia – Chances for product differentiations Cobertura_tierra_2010_2012.zip (43) Dataset Beef Production and Silvopastoral Systems. and price premiums,” Agricultural and Food “Aptitud_Carne_Bovina_Dic2019,” available at: Opportunities for Colombia. Presentation Economics, 7, 22, December 2019, https://agri- https://sipra.upra.gov.co/ (44) Administrati- given by FEDEGAN’s Executive President, José foodecon.springeropen.com/articles/10.1186/ ve boundaries are from GADM [Version 3.6. Félix Lafaurie Rivera at the Agri Benchmark s40100-019-0143-7 https://gadm.org. (45) Dataset available at: Beef and Sheep Conference 2015. (57) Note (35) Including which operators are and are https://www.ica.gov.co/areas/pecuaria/servi- the difference in scales used for the charts not subject to emissions reductions policies. cios/epidemiologia-veterinaria/censos-2016/ between Conventional and ISPS systems. (36) González-Quintero, R., Sánchez-Pin- censo-2020/bovinos-censo-2020.aspx (58) Nelson, Nora and Leslie Durschinger,. zón, M.S., Bolívar-Vergara, D.M., Chirinda, N., (46) Dataset available at: http://bart.ideam. „Supporting Zero-Deforestation Cattle in Arango, J., Pantévez, H.A., Correa-Londoño, gov.co/cneideam/Capasgeo/Cobertura_tier- Colombia,“ USAID-supported Forest Carbon, G., Barahona-Rosales, R., 2019. Technical and ra_2010_2012.zip (47) Pirker, J., Mosnier, A., Markets and Communities Program, Februa- environmental characterization of Colom- Kraxner, F., Havlík, P., and Obersteiner, M. ry 2015, http://www.terraglobalcapital.com/ bian beef cattle-fattening farms, with a (2016). What are the limits to oil palm ex- sites/default/files/Colombia%20Zero%20 focus on farm size and ways of improving pansion? Global Environmental Change, 40, Deforesation.pdf. (59) Nelson, Nora and Leslie production. Outlook Agric. 1–10. https://doi. 73–81. doi: 10.1016/j.gloenvcha.2016.06.007 Durschinger,. „Supporting Zero-Deforestation org/10.1177/0030727019884336 (48) Version 3.6. https://gadm.org (49) Charry, Cattle in Colombia,“ USAID-supported Forest (37) González-Quintero, R., Barahona-Ro- Andrés, Manuel Narjes, Karen Enciso, Michael Carbon, Markets and Communities Program, sales, R., Chirinda, N., Arango, J., Pantevez. Peters, and Stefan Burkart, “Sustainable February 2015, http://www.terraglobalcapital. H.A, Bolívar-Vergara, D.M., & Sánchez Pinzón, Intensification of Beef Production in Colom- com/sites/default/files/Colombia%20Zero%20 M. S. 2019. Huella de carbono en sistemas bia – Chances for product differentiations Deforesation.pdf. (60) Rojas Salazar, Laura, de producción de cría bovina en Colombia. and price premiums,” Agricultural and Food Camila Cammaert. “Recomendaciones estra- In XV Encuentro Nacional y VIII Internacional Economics, 7, 22, December 2019, https://agri- tégicas hacia la sostenibilidad ambiental en la de Investigadores de las ciencias pecuarias. foodecon.springeropen.com/articles/10.1186/ producción primaria de carne bovina,” World Revista Colombiana de Ciencias Pecuarias, s40100-019-0143-7. (50) World Bank, Wildlife Fund, 2019, https://alimentoscarnicos. 32 (supl). (38) As defined by UPRA: Colom- “Business Case: Mainstreaming Sustainable com.co/buenas-practicas/cartilla-ganado- bia’s rural planning department. See https:// Cattle Ranching Project,” September 2019, sostenible.pdf. (61) BDO. “Third-party audit sipra.upra.gov.co/ for technical definitions of http://documents1.worldbank.org/curated/ report to meet ‘undertaking to adopt mini- suitability; For our calculations we consider en/324381569396107123/pdf/Mainstreaming- mum criteria for industrial-scale operations UPRA-defined “Medium” and “High” suitable Sustainable-Cattle-Ranching-Project-Busi- with cattle and beef products in the Amazon land areas as suitable for cattle ranching. This ness-Case.pdf. (51) Nelson, Nora and Leslie Biome’,” BDO, 2020, https://portal.minerva- suitability definition considers several factors Durschinger,. „Supporting Zero-Deforestation foods.com/files/relatorio_publico_green- including biophysical suitability as well as Cattle in Colombia,“ USAID-supported Forest peace_minerva_vf_ingles.pdf. social, economic, and ecological factors. 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(41) To calculate GHG emissions costs due “Sustainable, efficient livestock production to deforestation, we estimate average per with high biodiversity and good welfare for hectare CO2 lost due to deforestation in Co- animals,” Proceedings. Biological sciences, lombia as predicted by the OSIRIS model over 280(1771), 20132025, November 2013, https:// 2020-2050, and then multiply this value by doi.org/10.1098/rspb.2013.2025.(55) Murgueitio, Orbitas
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