Mapimí Biosphere Reserve: grassland restoration to face climate change

Full Solution
Climate Change Adaptation Program for the Mapimí Basin Complex
Comisión Nacional de Áreas Naturales Protegidas

The Mapimí Biosphere Reserve (BR) is located in the states of Coahuila, Chihuahua, and Durango in Mexico. This BR is characteristic of the Chihuahuan Desert, and is home to a great diversity of flora and fauna. CONANP has spearheaded efforts to develop the Mapimí Basin Complex Climate Change Adaptation Program (PACC), which integrates measures to address climate change. Grassland restoration is an adaptation measure that was identified in a participatory manner and the success of its implementation was determined by the participation of the community and organized civil society, in this case Pronatura Noreste, A.C., among other success factors described in the building blocks. Five years after the restoration work began, an increase in vegetation cover was documented, including the establishment of more than two species of annual grasses and one perennial grass, in addition to various herbaceous plants.

Last update: 30 Jul 2024
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Context
Challenges addressed
Drought
Erratic rainfall
Extreme heat
Increasing temperatures
Land and Forest degradation
Loss of Biodiversity
Erosion
Ecosystem loss
Invasive species
Lack of access to long-term funding
Lack of alternative income opportunities
Lack of infrastructure
Lack of technical capacity

  • The grasslands of the Mapímí BR have been used for intensive cattle ranching, promoting methods that promote overgrazing, which has led to ecological deterioration and habitat fragmentation.

  • The Bolsón turtle (Gopherus flavomarginatus), which is the largest land turtle species in North America and is endemic to the Bolsón de Mapimí, is at risk.

  • The areas near the NPA have been deteriorated for 400 years due to overgrazing.

  • Land use change 100 years ago was mainly due to mechanized agriculture and more recently it has been caused by the increase in human population.

  • Invasive exotic species have been identified.

  • Climate projections for the near future indicate that northeastern Mexico could experience increases in its average annual temperature and that water availability could decrease, which would increase pressure on natural resources due to overexploitation, generating negative effects on ecosystems.

Scale of implementation
Local
Ecosystems
Rangeland / pasture
Temperate grassland, savanna, shrubland
Theme
Habitat fragmentation and degradation
Adaptation
Connectivity / transboundary conservation
Ecosystem services
Erosion prevention
Restoration
Protected and conserved areas governance
Sustainable livelihoods
Local actors
Land management
Location
Durango, Mexico
Mapimí, Durango, Mexico
Mapimí Biosphere Reserve, Durango, Mexico
North America
Process
Summary of the process

Building block I, "creating a sense of belonging to the local ecosystems", has been the basis for the rest of the building blocks of this solution, as it is about creating a workforce ready for the arduous work of rehabilitating the ejidos. The rest of the components of this solution help to further develop the identity of the local communities as part of their local ecosystems.

The "sense of belonging" (block I) awakened the communities' interest in ecosystem conservation and favored "community organization and volunteerism" (block II), which made the construction of the micro-watersheds possible.

The "joint work of the federal government and civil society" (block III) paid off, thanks to the sense of ownership (block I) and organization (block II) that existed at the local level, which was decisive for the successful implementation.

"Experimenting with new methods, ideas and approaches in a limited area" (block IV) made it possible to show producers the usefulness of conservation, including the "economic benefits for local communities" (block V), for which it is necessary to "disseminate the method of implemented micro-watersheds" (block VI).

Building Blocks
I. Create a sense of belonging to local ecosystems.

Without the involvement of the people, it is not possible to implement ecosystem conservation schemes at different scales. Therefore, it is important to raise awareness and work with local communities, in this case for the conservation of grasslands, through a local environmental education program that addresses the problems detected.

Identity can be developed by increasing people's awareness of the benefits of sustainable management in maintaining local livelihoods and people's quality of life, but it can also be further strengthened by encouraging the self-organized commitment of all members of the community, not only to make use of the different parts of the ecosystem to sustain livelihoods, but also to participate in its rehabilitation.

Enabling factors
  • Openness and willingness of the community to internalize lessons learned.
  • Development of environmental education programs on the Bolson Turtle and the grassland aimed at the local population.
  • Linkage between managers, inhabitants, users and landowners of the Mapimí BR to work together and foster a sense of belonging and identity.
  • Recognition of the benefits derived from sustainable rangeland management.
  • Motivation and strengthening of community capacities to participate in ecosystem restoration.
Lesson learned
  • The development of a link with the community and its awareness contributes to increase efforts for a transformation of attitudes and practices for ecosystem management and adaptation to climate change.
  • Involving the community in ecosystem rehabilitation increases their commitment to sustainable management.
II. Community organization

Community organization has been a determining factor in the development of the restoration work. Initially, informative meetings were held, coordinated by ANP staff, to inform about the project, the objectives to be achieved, and to identify the intervention sites. A workshop was also held to identify the effects of climate change on the conservation targets and productive activities in the region. Subsequently, working groups were formed in the communities, which were in charge of a field activity and received training and technical support from CONANP and Pronatura Noreste, A.C. for its implementation.

This organizational process was based on the efforts made by the Mapimí BR team to promote, through the Advisory Council, participatory planning, collaboration and joint decision making with respect to restoration. In this sense, livestock management programs have been established, involving landowners and land users in specific actions for grassland restoration.

Enabling factors
  • The restoration strategy was developed in consensus with the landowners, considering their needs and with technical guidance from CONANP.
  • Constant communication with the participants facilitated the development of project activities.
Lesson learned
  • Community empowerment is essential to obtain favorable results that are sustainable over time.
  • Strengthening community organization facilitates the development of activities that help reduce the vulnerability of human communities and ecosystems to climate change.
  • The project was the first to use smooth fencing within the Mapimí BR. Initially, the ejidatarios questioned its effectiveness for livestock management and exclusion from the area, as it had always been used with barbed wire. In addition, the installation of the smooth fence requires a special device, which the ejidatarios did not have. After clarifying the ejidatarios' doubts, the device was obtained and the installation of the fence became much easier.
  • It is important to adjust the scheduling of activities according to the availability of local people, as they have to combine their daily work with their collaboration in the project, which can hinder the progress of the work.
III. Intersectoral work and community participation

In order to implement resilience actions and mitigate the impacts of droughts, temperature increase and extreme weather events on socioecosystems, local partnerships are necessary. The articulation of efforts with local actors makes it possible to act according to common objectives, and allows for good coordination, the effectiveness of intervention actions, and long-term local ownership. Working through alliances multiplies the resources available to generate actions, strengthens capacities and ensures sustainability/replicability. The continuity and permanence of the actions depend on the commitments established with other institutions, governments, civil society organizations and, above all, the trust generated in the communities, who are the ones who make the decision to manage the territories according to their needs and possibilities. The permanent presence of CONANP, through the Mapimí Biosphere Reserve team, and the participation of the community and organized civil society, in this case Pronatura Noreste, A.C., were decisive for the success of the adaptation measure implemented.

Enabling factors
  • In the Mapimí BR, the grassland is a point of common interest for cattle producers, inhabitants, managers and conservationists, since it sustains both the Bolsón tortoise and cattle. Identifying elements of shared interest facilitates participatory processes for conservation.
  • The awareness-raising, communication and training activities that have been promoted in Mapimí BR have been decisive in articulating the participation of inhabitants, managers, landowners and other stakeholders in the restoration of local ecosystems.
Lesson learned
  • Common objectives, empowerment of the actors involved and good coordination are fundamental elements for the long-term success of the actions implemented.
  • Local alliances multiply resources to promote actions, strengthen capacities and ensure sustainability/replicability.
IV. Experiment with new methods, ideas and approaches in a limited area.

In the context of integrated management to recover soil productivity and organic capacity, and with the objective of reducing the vulnerability of the socio-ecosystem to climate change, support was provided to women and men from local communities to restore pastures. The implementation of the activities followed an ecological function recovery approach, focused on improving soil conditions to enable grassland restoration. In the case of arid zones, such as the Mapimí BR, it is necessary to change the perspective of excessive afforestation for one of soil reactivation, since the latter is what sustains life in this ecosystem.

The micro-watersheds allowed the recovery of pastureland, which serves as food for the Bolsón turtle and is beneficial for cattle ranchers because of the increase in forage production. In addition, the landowners received training and paid wages for the restoration work. In addition, it is necessary to work with the producers so that they use the new pastures in an orderly and rational manner, in order to make the productive activity more efficient.

Enabling factors
  • The environmental education efforts undertaken in Mapimí BR, as well as the planning and development of restoration work under a participatory approach, facilitated the construction of agreements to apply new management ideas.
  • Training and technical support from the reserve and Pronatura Noreste, as well as the willingness of the local community, made it possible for them to get involved in the restoration actions.
  • The Resilience project provided the resources for the restoration, including materials and labor.
Lesson learned
  • Obtaining visible results provides an opportunity to demonstrate to local communities that innovation with sustainable practices brings benefits to the population.
  • The technical support provided to local producers for restoration was decisive in recovering soil productivity and reducing their vulnerability to climate change.
  • The payment of daily wages was a trigger for the involvement of the community in ecosystem restoration actions. This, together with the tangible results obtained five years later, contributes to community empowerment for the continuity of restoration work in the long term.
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Enabling factors
  • Availability of resources to pay wages.
  • Availability of the population to join the restoration work.
Lesson learned

The payment of daily wages was a trigger for the involvement of the community in the ecosystem restoration actions. This, together with the tangible results obtained five years later, contributes to community empowerment for the continuity of restoration work in the long term.

V. Encourage livestock management and rangeland restoration.

In addition to grassland restoration, the Mapimí BR promotes the implementation of good livestock management practices. CONANP works with the local population to plan the use of pasturelands and promote restoration actions, such as cattle exclusion areas, micro-watersheds, and the planting of native grasses, which improves the productive system and conserves the pasturelands. In this way, the resilience of the pasture is increased; the soil is reactivated to improve the habitat of wildlife, particularly the Bolsón tortoise, and the environmental services provided by the pasture are maintained, while increasing the capacity of the ejidos involved to deal with the degradation of ecosystems in a context of climate change.

The positive results obtained in the ejidos involved have strengthened the relationship between CONANP and the human communities that form part of the reserve. At the same time, they have motivated interest in replicating the restoration work in other sites. Participants have shared their experience with the restoration work in peer-to-peer discussions and a video was produced with the support of the Resilience project.

Enabling factors
  • The work of the Mapimí BR and its allies to promote livestock management, restoration of local ecosystems and adaptation to climate change, together with the support of the Resilience project, generated conditions conducive to the development of restoration works.
  • Positive and tangible results motivate project participants to share their experiences, attract the interest of other community members and strengthen intersectoral collaboration.
Lesson learned

The demonstration of positive results allows new actors to join restoration actions, to the benefit of local communities and ecosystems.

Impacts

After several years of education and sensitization work by CONANP (through the Education Program for the Conservation of the Bolson Grassland and the Bolson Turtle) and Pronatura Noreste, A.C., the community was convinced that the planning and rotation of grazing with alternating breaks, combined with other tools, can help their livestock enterprises to be productive, the following impacts are observed:

  • Habitat condition improved significantly, as the land regained pasture, which will directly benefit landowners by providing greater availability of feed for livestock, which implies an improvement in their carrying capacities.

  • Water catchment and the accumulation of organic matter through the micro-watersheds allowed the recovery of native grasses and therefore food for the Bolson tortoise and other species, such as migratory birds.

  • The execution of the restoration work provided direct economic income to the communities by providing a temporary salary to the day laborers.

  • The communities involved in the project received practical training in the establishment of micro-watersheds, which will enable them to apply their knowledge in future restoration work.

Beneficiaries

  • Local human population that benefits from the ecosystem services of the Mapimí BR.

  • Producers and cattle ranchers.

  • People who benefit from migratory birds and pollinators that use the grasslands during their migratory cycles.

Sustainable Development Goals
SDG 1 – No poverty
SDG 2 – Zero hunger
SDG 11 – Sustainable cities and communities
SDG 12 – Responsible consumption and production
SDG 13 – Climate action
Story
Sonia Paulina Barraza Morán - Pronatura Noreste, A.C.
Inhabitant of the Mapimí BR
Sonia Paulina Barraza Morán - Pronatura Noreste, A.C.

The Mapimí BR is characteristic of the Chihuahuan Desert and has a wide range of scrub vegetation and a great diversity of fauna, including the Bolsón tortoise. The nearby areas show 400 years of deterioration due to overgrazing, which has completely changed the landscape. Land use change trends in nearby areas due to agriculture/livestock and population growth create conditions of vulnerability that could magnify the impacts of climate change on the ecosystem. Climate projections for the near future indicate that the northeastern region of Mexico could experience increases in its average annual temperature and that water availability could decrease, which would increase pressure on natural resources due to overexploitation, generating negative effects on ecosystems (CONANP, 2014). Hence the importance of generating livestock exclusion areas in sites with the presence of turtle colonies, as well as surface restoration for vegetation recovery to improve the quality of wildlife habitat. With the Resilience project in 2017, the installation of 16.5 km of fencing for livestock exclusion and 40 ha of micro-watersheds for the recovery of native grassland vegetation was carried out, in order to create ecosystems resilient to climate change, these works were carried out in five ejidos of the ANP. The community was involved, mainly in the Ejido Vicente Guerrero, working with Mr. Ciriaco Lucero Nájera, who carried out the work for the exclusion of 100 ha of land and the construction of 10 ha of micro-watersheds. Upon completion of the micro-watersheds, he planted native grass seeds, using a mixture of perennial and annual species. The implementation of these actions directly benefited Mr. Lucero, as he received a salary for his labor in the installation of the exclusion fence and the construction of the micro-watersheds. Five years after the restoration work began, the establishment of more than two species of annual grasses and one of perennial grass, in addition to various herbaceous plants, was documented. Vegetation cover at the site has increased compared to the landscape that was observed before the restoration work was carried out. The site is still fenced to exclude livestock, which will allow the perennial species to continue to establish favorably and develop sufficient roots.

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