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Pest and Pathogen Threats to Food Security
By Molly Gallagher, Ecological Security Fellow
Executive Summary
Pests and pathogens impacting essential agricultural products pose a significant threat to the future of food security. Critical food sources are at risk worldwide due to pest and pathogen attacks.1 Globalization increases the risk of invasive pest and pathogen species, which can rapidly take hold in regions with crop plants already subject to significant climate stressors. The interacting impacts of climate change and globalization can be unpredictable and are expected to cause additional strain on the food supply.2
Over the next two decades, we must intervene to protect the global food supply from pests and pathogens. Technologies to detect their presence are needed. These early warning systems may be applied during the growth phase of crop plants and should also be developed for screening imports. Standoff and low-cost detection should be deployed domestically and internationally to enhance surveillance. Furthermore, we must invest in basic research under a One Health framework to enable improved analytics and threat forecasting to guide optimal mitigation efforts. Finally, it is critical that we strengthen relationships across regions to coordinate quarantine and control efforts long-term.
BRIEFER: Litio 2040: Sustainably Developing Mexico’s Lithium from Ground to Grid
By Keith Lema, Ecological Security Fellow
Note: This briefer was drafted prior to the June 2024 Presidential Election in Mexico. The views expressed are the author’s own and not necessarily those of the U.S. Government
Executive Summary
In recent years, Mexico’s outgoing President, Andres Manuel Lopez Obrador (AMLO), has sought to develop lithium resources in the state of Sonora. AMLO and many Mexican policymakers hope to leverage lithium to profit from the rapidly growing value chain of clean energy minerals and technology. Lithium-ion batteries, electric vehicles, and other clean energy technologies are attracting skyrocketing sums of capital. Global clean energy investment surpassed investment for fossil fuels in 2016 and by 2023, clean energy investment exceeded that for fossil fuels by over half a trillion dollars.1 This precipitous increase means that Mexico’s lithium reserves may become a crucial asset. However, to harness this resource responsibly, the nation must navigate the delicate balance between economic development and ecological security concerns.
Monetizing this resource is more complex than some Mexican policymakers would hope. Three issues should give Mexican policymakers pause. First, unregulated lithium mining can threaten local ecosystems through pollution and water loss. Second, drug cartels have a track record of co-opting other natural resources in Mexico to diversify their revenue streams. Thus, the potential wealth of lithium production could create security risks for Sonoran residents or workers operating lithium mines. Third, it will take a long time to produce lithium at commercial scale. There are significant economic risks that mining projects could fail to become cost-competitive. If Mexico and Sonoran residents face some ecological damage as a cost of lithium extraction, they should at least have a clear path to shared economic benefits. With a consequential Presidential Election in 2024, now is the time for Mexican political leaders to carefully analyze their options regarding lithium mining and ensure minimal damage to ecological security.
In this context, political leaders in Mexico and community leaders in Sonora should consider the following recommendations:
- Bring Lithium to the Public Square: A new president will be elected in June 2024. Both candidates should develop specific proposals for lithium development as part of a broader clean energy strategy and debate them.
- A Whole-of-Government Approach to Cartels: Cartel influence, violence, and corruption are transnational problems that Mexican leaders will still wrestle with in 2040. Stakeholders in Sonora’s lithium endowment must consider steps to thwart cartel efforts to profit from this critical mineral.
- Shared Benefits and Continual Stakeholder Consultation: Any future mining should adhere to international conventions for Free, Prior, and Informed Consent (FPIC). Given the poor track record of mining companies in the region, Federal authorities should establish and maintain a monitoring system to analyze water quality and quantity in the local watershed.
China and Ecological Security: The seeds of conflict, or the roots of détente?
As China and the United States continue to compete in many domains, ecological security may be an opportunity for cooperation. China’s impact on ecological security internally and externally can either be a geopolitical liability or a source of legitimacy. Together, these titanic countries could spur a reformation of global governance around agriculture, and trade in wild animals and plants. Such cooperation could improve food security and resilience while boosting sustainability and combating the climate and biodiversity crises–not to mention reducing the possibility of regional or global conflict.
(more…)Ecological Risk in a Future Southeast Asia: An Ecological Security Policy Game
An Ecological Security Program Report by Robert Bentley, Lily Boland, Michael R. Zarfos, and Andrea Rezzonico
Edited by Erin Sikorsky and Francesco Femia
Executive Summary
This scenario exercise explored how security risks may be heightened by ecological degradation due to anthropogenic stressors. The scenario was set in a fictional country, Khomland, with a number of geographic, social, economic, and political features characteristic of actual Southeast Asian states. During the game, three teams representing domestic civil society, the international community, and the governing elite, faced three stages of deteriorating ecological conditions. Teams were given the opportunity to respond directly to these ecological changes and to interact with one another. The game was structured to facilitate negotiations between various actors and to explore emerging conflicts among teams, illuminating the evolution of player decision-making and how those decisions may interact with a pressing ecological crisis.
Key takeaways from the exercise include:
- Human-driven ecological disruption initiated a domestic security crisis. Mismanagement of Khom’s ecosystems and external pressures from climate change, led to the collapse of fisheries and coastal agriculture—the resulting food and job insecurity prompted large scale migration into cities.
- Climate change and other forms of ecological degradation catalyzed internal conflict. Increasingly intense episodes of precipitation combined with upland deforestation made much of the country’s population centers and agricultural lands vulnerable to severe flooding. At the same time, extreme wet bulb temperatures proved fatal. These extreme events led to a spiraling conflict of extreme actions and responses.
- Society was not able to cope with the opening ecological crisis or its evolution. Players accepted the fate of Khom’s ecosystems and made pivots from actions intended to restore ecosystem services and solve the crisis toward ones intended only to manage it. Ecological mitigation, not restoration, was a more achievable goal given the lack of adaptation measures in place.
- It would have been more efficient and effective to avoid ecological degradation than it was to restore ecosystems. Ecosystem restoration takes years of community cooperation, funding, and a commitment to monitoring and upkeep. These capacities were largely absent from a society experiencing an internal security and political crisis.
- Player decisions often exacerbated rather than resolved the ecological crisis. The ecological situation forcibly shaped player decisions. Although play began with specific stressors and tipping points, followed by human action, this sequence was often obfuscated. As play progressed it became more difficult to distinguish between when human actions drove the ecological situation and when the ecological situation drove humans to act. Factional politics and unrest, catalyzed by job losses, food insecurity, and migration, largely distracted players from opportunities to restore ecosystems. Instead, ecological degradation was allowed to continue. This feedback loop between ecological degradation and insecurity and unrest only exacerbated the political crisis.
- Competing actions driven by socio-economic and political aims also contributed to ecological disruption. International funds reached the pockets of elites instead of the ecosystems that desperately needed attention. Civil disobedience in response to corruption resulted in the death of thousands and created a hotspot for disease spillover. Disruptive agricultural practices also continued as people migrated from cities to rural areas in search of better livelihoods threatened by both the country’s security services and the crisis.
- Rather than join forces to address the immediate impacts of ecological degradation, actors turned on one another. The government militarized its response to both the crisis and opposition from domestic political groups and civil society. As domestic actors turned against one another and vied for power, the international community became less incentivized to seek out financial support. Providing humanitarian aid became too precarious for risk-averse international nongovernmental organizations (NGOs).
- The political system turned from semi-democratic to a concentrated authoritarian state. The ruling elites amassed more power as the country’s situation worsened, in the name of preserving state stability. Ultimately, the crisis led to the end of the existing semi-democratic political system and the establishment of amore authoritarian state.
The results of this exercise show that loss of ecosystem functions and services, and the acceleration of climate change, may contribute to resource scarcity, food insecurity, economic fragility, community displacement, societal unrest, political instability, civil conflict and increased authoritarianism. Since this scenario exercise explicitly eschewed involvement of external powers, such a possibility cannot be ruled out. The scenario demonstrated that where social imperatives meet ecological degradation, the resultant cascade of risk pathways will be unpredictable and hazardous.
This report concludes with a series of recommendations inspired by participant discussions. Some of these include:
- Fund research, education programs, and scenario exercises focused on translating the security risks posed by ecological degradation and collapse. Governments and IGOs –particularly their security agencies—need data, resources, and expertise to begin to understand and successfully mitigate the complexities of ecological security issues. The private sector can fiscally support these initiatives.
- Direct early and upstream investments in governance and stability to ensure local organizations and state entities have the foundation to respond to complex crises when they emerge. This preparation prevents catastrophic impacts from completely overwhelming government capacities.
- Prioritize conservation and disincentivize environmental damage from the outset – it is easier to prevent ecological disruption than it is to respond to it. Governments and intergovernmental organizations (IGOs) must address this initiative in partnership with local civil society organizations (CSOs) and the private sector to ensure communities are considered, supported, and involved in these efforts. Communicating the economic value provided by these integral ecosystem services will help reluctant actors recognize their benefits and the costs of their degradation and loss.
- Increase aid for, and investment in, adaptation and resilience. Local communities, CSOs, and governments need support to adapt to ecological degradation and build more resilient societies. Nature-based solutions ( e.g. restoration of upland forests, wetlands, and mangroves to protect against flooding) are an essential part of this approach.
- Build the capacity to quickly deploy hybrid responses to ecological emergencies. There is a clear need to augment global institutional capabilities to be able to deliver complex humanitarian, developmental, reparative, and structural responses during complex ecological crises. IGOs should prepare to respond to issues such as mass displacement and food insecurity, and governments should consider more flexible policies for absorbing and hosting displaced peoples. At the same time, organizations must be able to rapidly deploy solutions aimed at strengthening communities through climate adaptation and ecosystem restoration.
- Invest in and deploy technology to make agriculture more resilient and regenerative; Subsidize and promote agricultural practices that rebuild and protect ecosystem function, biodiversity, and reduce emissions while maintaining yields.
- Combat or circumvent corrupt networks and actors. Corruption thwarts the efficacy of external aid, investment, and influence campaigns. This can be mitigated through improved transparency by proactive governments and direct support for civil society from the international community.