El Mayan Nut Institute

Encontrar un equilibrio entre las personas, los alimentos y los bosques:
Maya Nut Institute es una organización benéfica pública 501(c)3 sin fines de lucro fundada en 2001. Si bien nuestra misión sigue siendo la misma, cambiamos nuestro nombre de The Equilibrium Fund a The Maya Nut Institute en 2010. Nuestra misión es “encontrar el equilibrio entre las personas, alimentos y bosques” enseñando a las comunidades rurales sobre el valor de la nuez maya como alimento, forraje, servicios ecosistémicos e ingresos.

Mantenemos una política de “acceso abierto” con nuestros documentos, materiales, fotos, manuales y otra información. Esto está en consonancia con nuestro objetivo de compartir todos y cada uno de los conocimientos sobre Maya Nut con tantas personas como sea posible lo más rápido posible. Si está visitando este sitio web y usa información de él, sea considerado y cite a MayaNutInstitute.org como fuente. Esto ayudará a informar a más personas sobre nosotros y nuestro trabajo con el resultado final de una mayor conservación y reforestación de Maya Nut para el futuro.

Nuestra organización funciona como una jerarquía horizontal, con programas de países individuales que tienen la mayor autonomía posible con respecto a la planificación del programa, los socios, la administración, el gasto y el personal. Nuestro objetivo es que el personal, los participantes y/o los socios de cada país eventualmente se escindan y formen una organización que pueda continuar el trabajo que comenzamos juntos. Creemos que esta es la mejor manera de garantizar la continuidad del programa y les brinda una poderosa herramienta para resolver sus propios problemas.

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Potential surface areas for forest plantations of Brosimum alicastrum Sw. for restoration purposes

H. Jesús Muñoz Flores1*, J. Trinidad Sáenz Reyes1, Agustín Rueda Sánchez2, Martín Gómez Cárdenas1, David Castillo Quiroz y Francisco Castillo Reyes

Abstract:

Restoration forest plantations are an alternative to recover degraded land and prevent erosion, as well as the reconversion to forest use of dismantled soils for agricultural and livestock purposes. The objective of this study was to determine the potential areas of forest plantations with Brosimum alicastrum, for restoration purposes in the state of Michoacán, through the use of geographic information systems. The delimitation of the areas was done with the programs IDRISI 32 and ArcView, and the environmental requirements of the species. The variables considered were precipitation, temperature, soil, altitude and slope. Twelve maps were generated in total, 10 for five regions and two for the state, showing the potential areas for the establishment of forest plantations for the restoration of this species in slope ranges of 0-15 % (mechanized) and 15 -30 % (not mechanized). The total area with potential to establish plantations for restoration purposes in the entity was 86 408 ha, of these 71 687 ha correspond to slopes of 0-15 %, and 14 721 ha in slopes of 15-30 %. The plantations can be established in the region: IV Oriente, V Tepalcatepec, VIII Tierra Caliente, IX Sierra Costa and X Infiernillo. The dry tropic of the state of Michoacán due to its ecological, geological, physiographic, and topographic characteristics, presents favorable conditions for the potential development of forest plantations of restoration with Brosimum alicastrum.

Key words: Brosimum alicastrum Sw., tropical plantations, productive potential, agroecological requirements, restoration of ecosystems, Geographic Information Systems.

Introduction

In the state of Michoacán, the priority surface for reforestation consists of eroded areas and induced grasslands adding up to 641 971 ha, equivalent to 10.9 % of the surface of the state (Cofom, 2014). Due to the existing need of reestablishing the capacity of the forest ecosystems to generate environmental services and productive activities based on a sustainable exploitation, the recovery of those areas that were covered by vegetation through active reforestation and through soil restoration is crucial (Conafor, 2007).

Because of its ecological, geological, physiographic and topographic characteristics, Michoacán exhibits favorable conditions for the development of forest plantations with various species (Muñoz et al., 2012); one of these, Brosimum alicastrum Sw., is an alternative for the restoration of dry tropical ecosystems that may also benefit the rural communities through its various uses.

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The ramón tree to counteract deforestation in Campeche

This project was presented to the Ministry of Finance to participate in the call to obtain funds from The Gef

Project location:

State of Campeche, Mexico

Located southeast Mexico, occupies 2.9% of the national territory. Warm climate - subhumid, temperature of 26 C and precipitation of 1100 mm per year. It has 11 municipalities and 5,420 localities and a population of 458,655 women and 441,276 men; of which 12% speak an indigenous language.50.5% of the population is in poverty levels and 12% in extreme poverty. 19.2% have an educational gap and 21% do not have access to health. 33.4% do not have basic services and 26.1% do not have access to nutritious and quality food. (1)

  • 1% of the population is dedicated to the primary sector. Hence 69.3% agriculture, 22% livestock and 8.7% fishing. Agricultural, forestry and livestock activities present low levels of productivity, training and little technology transfer. 86% of the population is dedicated to the secondary sector, of which 60% are paid subordinate workers and 40% are employed in micro-businesses.
  • 21% of the population of Campeche lives in rural areas, these 200 thousand people are the target audience and beneficiaries of the project.
  • 74.9% of the state surface is land for agriculture, cultivated forests and pastures, aquaculture, urban areas. Only 25% remains in its natural form. (2)
  •  In the last 20 years, 8,000 square kilometers of forest have been lost, a fifth of the state's tree cover. (3) It is estimated that up to 2,805 hectares of forest land are deforested each year: 73% changed from forests to grasslands, 27% changed land for agriculture, the rest for human settlements and wetlands. High incidence of deforestation in the areas of Candelaria, Escárcega and Champotón.(4) (Annex map)
  •  Campeche has the highest rate of deforestation in the country. Government programs in favor of the environment are mainly dedicated to solving drinking water and sanitation problems. The Secretariat of the Environment, Biodiversity, Climate Change and Energy of Campeche (SEMABICCE) was created to promote and apply mechanisms that ensure the restoration and conservation of natural resources, and ensure universal access to efficient and clean energy; Through programs and public policies, the Government promotes sustainability initiatives in the state, and expresses its commitment to these issues.
  •  In addition to its oil importance, which contributes up to 4% of the national GDP, Campeche is of great strategic importance for the country, new ports, agricultural and tourist projects should be drivers of economic development for the state and rid of the ballast that affects to the rest of the country, the economic lag of the Mexican southeast.

1 - Coneval 2 - Inegi 3 - Global Forest Watch 4 - Conafor

 

Project description and objectives

Considerations:

  1. Almost a million people live in the State of Campeche, 50% of whom live in poverty and 12% in extreme poverty.
  2. The State of Campeche is the national leader in deforestation with the loss of 3,000 hectares of forest per year.
  3. 99% of deforestation is caused to carry out agricultural or livestock activities.
  4. Mexico imported 17 million tons of yellow corn for $6 billion usd in 2022. Most of that grain is used as animal feed.

Brosimum Alicastrum

The Ramón (Brosimum alicastrum) is an abundant endemic forest species in the tropical forests of southeastern Mexico. It is a generous tree in branches and leaves. With enormous potential to regenerate forests in the Yucatan Peninsula (CICY).

Ramón branches are used as a forage source to feed production animals, such as ruminants, pigs, horses and chickens. The forage has 14% crude protein, 3.9% ether extract or fat, 13% ash or minerals and 39% crude fiber. (1)

The seeds of the Ramón tree are a food alternative for production animals and humans. Numerous studies certify the high nutritional values ​​and medicinal properties; contains high content of protein, vitamin C, B6, B2, E, folic acid, zinc and iron; outperforms products major commercial importance such as corn, wheat and rice. It contains more tryptophan than corn, eggs, soybeans, wheat, oats, rice, peanuts, and milk. (3)

The trees produce fruit twice a year. They can produce up to 160 kg of seeds per year. In a plantation frame of 5 x 5 meters, this is equivalent to harvesting 80 tons per hectare per year; 10 times more than what was obtained per hectare of corn in Mexico - 2021. (2)

The cultivation of ramón does not require rich soils, nor fertilizers, nor pesticides; It grows abundantly on rocky and sloping soils, and tolerates dry seasons. It requires irrigation for the first two years of life, reaches maturity at 4 years and can live for more than 150 years.

The ramonales provide invaluable environmental services. Evergreen tree over 30 meters tall, evergreen foliage with a great capacity to absorb pollutants from the atmosphere. Its large size provides food and shelter for the local fauna; It has large and deep roots that allow it to withstand meteorological phenomena.

Objectives

  1. Produce and plant 5 million Brosimum Alicastrum in the State of Campeche
  2. Create two main programs:
    1. Brosimum Alicastrum in your house
      1. In the case of houses, education about the benefits of having these trees in patios, sidewalks, parks and avenues. Goal: 800 towns with 100 000 habitants.
    2. Brosimum Alicastrum in your parcel
      1. In the case of parcels, advice and implementation to carry out the plantation. Goal: 2000 hectares of land
    3. Implement a Cooperative Society with all the members of the community for the collection and sale of the seed.
    4. Implement a State Collection Center with the infrastructure to store, distribute and manage the sale of seed that the community achieves.
    5. Training program for women, for the use of fodder for animals and seed for the production of ramón flour and coffee.

 

 

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