Monteverde Institute - blog

Education and research in a sustainable and peaceful community / Educación e investigación en una comunidad sostenible y pacífica - Monteverde, Costa Rica.

Monteverde Institute - Instituto Monteverde Main website: http://monteverde-institute.org ------- And we are on FACEBOOK

Monteverde Dis-Frutable (english version)

Monteverde Dis-Frutable

A community extension project of the Monteverde Institute (MVI) in the pandemic scenery

- June 2020-

Monteverde Dis-Frutable, the project

At the beginning, the idea of this project was to deliver fruit trees to the Monteverde community. However, it took a different approach, and the name we gave of Monteverde Dis-Frutable, represented very well to what it became. The program provided enjoyment, for both collaborators of the Monteverde Institute and members of the community. More than an activity with fruit trees, it became a project of social cohesion, solidarity, sharing resources and a sense of belonging.

Photo 1: Collaborator of the MVI planting fruit trees in a community member’s house.

Photo 1: Collaborator of the MVI planting fruit trees in a community member’s house.

Photo 2: Humberto Cruz participating in the barter, donating banana plants.

Photo 2: Humberto Cruz participating in the barter, donating banana plants.

Monteverde Dis-Frutable seeks, among other things, to contribute to the Food and Nutrition Security of the Monteverde community, by diversifying home gardens and farms in the area with fruit species.

The Monteverde Institute (MVI) encouraged the barter of fruit species between people of the area.  Donations of different varieties and cultivars of bananas and plantains were received at the Institute, which were later delivered to people in the community. As an exchange for these donations, the MVI gave fruit trees to the donors for planting in their homes.

In this way, and thanks to the positive response that the project had in the area, it was possible to have a lot of bananas and plantains to donate. Volunteers and collaborators later went house to house in different sectors of Monteverde delivering and planting the bananas, and some fruit trees as well.

Photo 3: Volunteers (Liam Bosques and Jackson Smith) planting bananas at people’s houses in Monteverde

Photo 3: Volunteers (Liam Bosques and Jackson Smith) planting bananas at people’s houses in Monteverde

Delivered and shared species

Around 400 fruit trees were delivered (not including the donated bananas). Of these, 150 trees were cas (Psidium friedrichsthalianum) and 150 malay apple (Syzygium malaccense), which were donated by the Costa Rican Institute of Electricity (ICE- acronyms in Spanish-). The cas and the malay apple are seasonal species, highly consumed by Costa Ricans. In addition, thanks to a GoFundMe campaign the MVI  bought and gave to the community as part of the bartering; 100 grafted trees of different citrus species (such as oranges, lemons and limes and tangerine).

Photo 4: Some of the bananas donated by the community as part of the barter

Photo 4: Some of the bananas donated by the community as part of the barter

Photo 5: Citrus fruits that were delivered in exchange for bananas

Photo 5: Citrus fruits that were delivered in exchange for bananas

Overview of some of the shared species

The cas (Psidium friedrichsthalianum):

Cas is native to Costa Rica and is consumed fresh with salt, it is also commonly used in drinks, jams, jellies, preserves and ice cream. Cas is known for its antioxidant properties, high content of vitamin C, and the fruits also have astringent properties. While extracts of leaves and bark have shown antimicrobial activity against some bacteria (such as Bacillus cereus, Salmonella typhimurium and Staphylococcus aureus) in laboratory tests (Cruz et al., 2012).

Photo 6: Recipe shared by the MVI (in spanish) using cas Click the image to download.

Photo 6: Recipe shared by the MVI (in spanish) using cas

Click the image to download.

The Malay Apple (Syzygium malaccense):

As for the malay apple, it is now in production, since the trees produce fruit between June and August. It is native to Malaysia, but has adapted very well to Costa Rica. Although the fruit is eaten mainly fresh, it can also be made into jam, preserves, desserts, and can even be used to make wines. In addition to the high content of water and sugars in the malay apple, the presence of calcium, phosphorus, iron, carotenoids and vitamin C is important in its composition, as well as its antioxidant properties (Batista et al., 2017).

Photo 7: Recipes shared by the MVI (in spanish) using malay apple Click the image to download.

Photo 7: Recipes shared by the MVI (in spanish) using malay apple

Click the image to download.

Photo 7: Recipes shared by the MVI (in spanish) using malay apple Click the image to download.

Photo 7: Recipes shared by the MVI (in spanish) using malay apple

Click the image to download.

Bananas and similar varieties:

More than 25 families from the Monteverde area approached the MVI to donate and exchange bananas plants of different varieties and species, for fruit trees. The bananas and similar varieties, which were later delivered and planted in different homes, belong to a plant family called Musaceae. This group of plants, in which there are hundreds of banana forms and cultivars worldwide (Zuchowski, 2007), generally produce throughout the year, which makes it a good food resource for the family, which can also contribute to the resilience of home gardens and farms.

Photo 8: Sarah Stuckey and her daughter participate in the exchange of bananas for fruit trees.

Photo 8: Sarah Stuckey and her daughter participate in the exchange of bananas for fruit trees.

Since the banana fruits lack seeds (except for some wild species, where bats are the most likely pollinator for the ancestor of the typically cultivated bananas), propagation is done vegetatively, by planting suckers with a part of the corm (Zuchowski, 2007), which are called in Costa Rica “hijos de banano”.

Photo 9: Jessica Arias (collaborator of the IMV) collecting the donation of banana plants from Eugenio Vargas

Photo 9: Jessica Arias (collaborator of the IMV) collecting the donation of banana plants from Eugenio Vargas

The human use of musaceae species goes beyond the food (fresh, in desserts, smoothies, breads, ceviches-or cocktails-, vinegars, alcoholic drinks, flours, chips ...). Its leaves are used as food wrap, and in Costa Rica the typical dish of “Christmas tamales”’ would not exist without the leaves of these plants that are used to wrap the corn dough, the meat and the vegetables that make up the tamales. Even fibers and paper are obtained from these plants. Banana plants are also used as cattle food in summer time, due to the amount of water contained in the stem.

The MVI, has another project called Desde Nustras Raices (From our Roots), which seeks to recover traditional recipes and has produced a series of videos with simple and easy recipes based on bananas. The recipes are just delicious! You can see the videos of the recipes in the links that appear at the end of this blog.

Finally, along with fruit trees and bananas, people were given some recipes to do at home with those fruits and flayers with the basic care of the species were also delivered. We hope that in a few years, Monteverde will have more fruit trees and banana plants producing food and beautifying our home gardens.

The MVI thanks all the people who made this initiative possible!

Due to the success of the project, the positive aceptance and the current interest on it, we will be carrying out similar  activities in the future. Follow us on our social media to be informed about our future actions as part of Monteverde Dis-Frutable.

Any comments or questions can be sent to Jessica Arias at jarias@mvinstitute.org

Watch here this video of Monteverde Dis-Frutable (in Spanish)

Videos (in Spanish) of recipes based on bananas and plantains produced by the IMV and members of the community:

References

Batista, Â. G., da Silva, J. K., Betim Cazarin, C. B., Biasoto, A. C. T., Sawaya, A. C. H. F., Prado, M. A., & Maróstica Júnior, M. R. (2017). Red-jambo (Syzygium malaccense): Bioactive compounds in fruits and leaves. LWT - Food Science and Technology, 76, 284-291. https://doi.org/10.1016/j.lwt.2016.05.013

Cruz, E. M., Moreno, J. E., Hidalgo, D. C. N., Nez, J. R. V. Z. M., & Vez, M. de J. s A. C. (2012). Actividad antimicrobiana de extractos de Psidium friedrichsthalianum L., Pterocarpus hayesii L., Tynanthus guatemalensis L. y Spondias purpurea L. Boletín Latinoamericano y del Caribe de Plantas Medicinales y Aromáticas. 

Zuchowski, W. (2007). Tropical Plants of Costa Rica: A Guide to Native and Exotic Flora (Primera). Cornell University Press.

Cuidando a Ocotea monteverdensis en medio de la pandemia, Junio 2020

Conservación de la especie en peligro crítico de extinción Ocotea monteverdensis y otras especies amenazadas en Costa Rica.

Segundo blog: “Cuidando a Ocotea monteverdensis en medio de la pandemia, Junio 2020”

En nuestro primer blog mencionamos los cuatro principales objetivos del proyecto ¨Mi Ocotea¨. En este segundo blog, brindaremos más detalles sobre nuestros avances en cada una de estas metas. 

Protección de O. monteverdensis árboles maduros

Proteger estos ejemplares es crítico, ya que son las únicas fuentes de semilla para futuras generaciones. La mayoría de estos árboles reproductivos tienen cerca de 100 a 300 años y su salud puede verse comprometida debido al desarrollo humano, que puede ocasionar daños en sus raíces y por el cambio climático que puede traer temperaturas más altas, vientos más fuertes y / o menos lluvia. A pesar de que la tala de especies nativas sin el permiso expreso del MINAE es ilegal, la tala o el corte de ramas grandes de O. monteverdensis, continúa siendo una preocupación.

Visitar a los propietarios que tengan al menos 7 árboles en sus fincas, es una de nuestras principales prioridades. Es fundamental que estas personas conozcan lo que tienen y que, con suerte, acepten ayudar en la conservación de esta especie. Hemos localizado 19 propiedades en esta categoría y estimamos que aquí se encuentran cerca de la mitad de los árboles maduros restantes.

Durante los primeros meses del 2020 hemos hablado con 15 de estos propietarios, 9 de ellos por segunda vez en el último año. Afortunadamente, todos se han mostrado dispuestos a apoyar nuestros esfuerzos de conservación y la mayoría ha aceptado nuestras propuestas de protección, las cuales varían en función de las necesidades de cada finca. En algunos casos basta con colocar rótulos informativos en los árboles o ubicar áreas de regeneración natural, para otras es necesario realizar prácticas de regeneración natural asistida, cercar ganado fuera de áreas sensibles o reforestar con árboles de O. monteverdensis y especies arbóreas asociadas.

Discutiendo sobre la conservación del O. monteverdensis con Ana Suárez y su nieta.

Discutiendo sobre la conservación del O. monteverdensis con Ana Suárez y su nieta.

Ubicando árboles jóvenes con Andrés Camacho.

Ubicando árboles jóvenes con Andrés Camacho.

También, queremos llegar a los propietarios que tienen solo pocos árboles en su propiedad, y en lo que va del año hemos hablado con 4 propietarios en esta categoría. Eventualmente, esperamos crear una cooperativa que permita compartir las experiencias de propietarios activos en la conservación de O. monteverdensis. Además, estamos diseñando placas que serán entregadas a estas personas, en reconocimiento de su contribución al proyecto Mi Ocotea. 

Sensibilizar al público

Además de los propietarios de tierras, buscamos proveer información al público general sobre la importancia de estos árboles, mediante diversas acciones:

  • Impartir talleres en escuelas y colegios.

  • Colocar rótulos informativos en árboles ubicados en lugares públicos.

  • Distribuir calcomanías, panfletos y libros para colorear.

  • Publicar blogs y videos cortos en redes sociales.

Al comienzo de este año, impartimos talleres en la Escuela Amigos de Monteverde, a los grupos de 5º y 6º, así como en la clase de ciencias de los grupos 9º y 10º. Durante el taller los estudiantes visitaron algunos de los 10 enormes O. monteverdensis árboles maduros que se encuentran en la propiedad de la escuela, así como algunas plántulas de la misma. También hablamos con varios directores y maestros de escuelas públicas locales y programamos 5 visitas escolares. Desafortunadamente, estas visitas se han pospuesto en respuesta a la pandemia del virus covid-19.

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Estudiantes de quinto y sexto grado de la Escuela de Amigos de Monteverde sembrando plántulas de O. monteverdensis.

Se han diseñado e impreso folletos informativos y se ha comenzado su distribución, de momento principalmente a los propietarios de fincas. 

Una de las caras del folleto que se está distribuyendo.

Una de las caras del folleto que se está distribuyendo.

Actualmente se está diseñando un logotipo para el proyecto, con la ayuda de Marco Molina, ilustrador botánico profesional. Planeamos usar el logotipo en carteles, calcomanías, placas y otros artículos con fines educativos.

Versión simple del logotipo, por Marco Molina.

Versión simple del logotipo, por Marco Molina.

Expansión de la población

Planeamos aumentar la población de la próxima generación, tanto sembrando plántulas, como localizando, protegiendo y fomentando la regeneración natural.

Plántulas listas para plantar, en el vivero La Calandria, administrado por la Fundación Conservacionista Costarricense y el Instituto Monteverde.

Plántulas listas para plantar, en el vivero La Calandria, administrado por la Fundación Conservacionista Costarricense y el Instituto Monteverde.

La siembra de las plántulas recién comienza, ya que la temporada de lluvias está normalmente avanzada antes del primero de junio. Miles de plántulas de O. monteverdensis y especies arbóreas asociadas, están disponibles en el vivero de La Calandria, en Los Llanos. Normalmente estudiantes extranjeros ayudan en las labores de reforestación, pero desafortunadamente este año la pandemia les impide venir. En cambio, el personal del Instituto Monteverde, quienes normalmente supervisan y educan a estos estudiantes, se encargarán de esta tarea. También se están recaudando fondos para pagar a personas locales para ayudar con la siembra, a través de la plataforma "Go Fund Me".

Localización y promoción de la regeneración natural. 

Ya se han localizado 23 grupos de regeneración natural de Ocotea monteverdensis. Estos varían en tamaño de 200m² a 6000m² y suman más de 3 hectáreas. Obtener el permiso de los propietarios para trabajar con estos árboles en estas parcelas, nos ha permitido ubicar aproximadamente 1,600 plántulas y árboles jóvenes, y mejorar su acceso a las condiciones de luz adecuadas. Con algunos de estos mismos propietarios, estamos instalando cercas, para impedir que el ganado se coma y pisotee los árboles pequeños. Se proporcionará más información y discusión sobre el avance en estos esfuerzos en el próximo blog.

Grupo de cinco plántulas de 1 m de altura que se regeneran naturalmente.

Grupo de cinco plántulas de 1 m de altura que se regeneran naturalmente.

Daniela Quesada apoyada en un árbol joven de O. monteverdensis

Daniela Quesada apoyada en un árbol joven de O. monteverdensis

Investigación

 

Dos proyectos de investigación están en marcha. Uno está examinando si inocular con micorrizas la tierra de las bolsitas para plántulas y en los huecos donde se van a trasplantar, mejorará la supervivencia y / o la tasa de crecimiento. El otro busca examinar los patógenos del suelo y plantas que pueden estar afectando la supervivencia de las plántulas trasplantadas y la regeneración natural. Los detalles y el progreso de estos dos estudios se presentarán en futuros blogs.

 

Personal principal que trabaja en el proyecto:

Protección forestal, educación y regeneración natural:

Dr. Dev Joslin, ecólogo forestal y científico de suelos

Daniela Quesada Cruz, bióloga, Asociación Conservacionista de Monteverde (ACM).

Miguel Matarrita Herrera, biólogo, Sistema Nacional de Áreas de Conservación (SINAC)

Lindsay Stallcup, bióloga y directora, Asociación Conservacionista de Monteverde.

 

Reforestación e Investigación:

Debra Hamilton, bióloga y directora del Instituto Monteverde / FCC.

Randy Chinchilla Ramos, especialista en SIG, Instituto Monteverde (IMV)

Luisa Moreno Scott, bióloga, IMV.

Lorenzo Vargas, gerente de viveros y técnico de reforestación, Fundación Conservacionista Costarricense / IMV.

Rigoberto Alvarado, técnico de reforestación, IMV

Víctor Molina Rojas, Fundación Conservacionista Costarricense (FCC).

 

Propietarios o administradores de tierras, visitados este año:

Andres Camacho, Luis Camacho, Jeremy Crandell, Elena Florian, Fonda Vela Hotel, Benito Guindon, Richard Laval, Gerardo Leiton, Mary Rockwell, Carlos Salazar, Marta Salazar, Jeff Stambaugh, Sarah Stuckey, Ana Suarez, Jorge Torres, Richard Trostle, Linda Weisband, James Wolfe

Taking care of Ocotea monteverdensis in the middle of the Pandemic, June 2020

Conservation of the Critically Endangered Ocotea monteverdensis and other threatened species in Costa Rica

Second Blog:  “Taking care of Ocotea monteverdensis in the middle of the Pandemic, June 2020”

In our first blog, we outlined the four principal objectives of the “Mi Ocotea” project.  In this second blog, we are providing more detail on how we are progressing toward each goal.

Protection of mature Ocotea monteverdensis trees.

Protection of mature trees is critical because their seeds are the only source of future generations.  Most of these reproductive trees are probably 100-300 years-old.  They can be stressed by human development that disturbs their roots or exposes their limbs to more wind, and by climate change that may bring higher temperatures, stronger winds, and/or less rain.  While the cutting of large trees of native species is highly illegal without express permission from the Ministry of Environment and Energy of Costa Rica (MINAE), illegal logging or trimming of large branches is still a concern.

Visiting landowners that have at least 7 trees on their property is one of our highest priorities. It is critical that these owners are aware of what they have, and that they hopefully agree to assist in the conservation of this species.  We have located 19 properties in this category, and we estimate they contain close to half of the remaining mature trees. 

During the first months of 2020 we have spoken with 15 of these landowners, 9 of them for the second time in the past year. All have been supportive of conservation.  Most have been willing to allow either signs to be placed on trees, natural regeneration to be located and encouraged, seedlings to be planted on their property, and/or livestock to be fenced out of sensitive areas.

Discussing the issues with Ana Suarez and her grandbaby

Discussing the issues with Ana Suarez and her grandbaby

Locating young trees with landowner Andres Camacho

Locating young trees with landowner Andres Camacho

We also want to reach out to landowners who have a few trees on their property; so far this year we have spoken with 4 in this category of landowner.  Eventually we hope to create a cooperating group of landowners who are aware of what others are doing.  Landowners active in these conservation efforts will receive plaques which we are currently designing.

Raising Public Awareness

In addition to landowners, we are endeavoring to provide information to the public at large about the importance of these trees by:

  • Teaching school classes at all grade levels.

  • Posting informative signs on trees that are in public locations.

  • Distributing stickers, pamphlets, and coloring books.

  • Posting blogs and short videos on the Monteverde Institute web site and on social media.

 In the beginning of this year, we taught both the 5-6 classroom and the 9-10 science class at the Monteverde Friends School.  This included taking students to look at some of the 10 huge O. monteverdensis mature trees growing on the school property, as well as seedlings of the same nearby.  We also spoke with a number of local public school principals and teachers, and we scheduled 5 school visits.  Unfortunately, these visits have been postponed due to the COVID-19 virus pandemic.

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Fifth and sixth grade students from Monteverde Friends School planting O. monteverdensis seedlings.

Pamphlets have been designed, printed, and distribution begun, chiefly to landowners so far.

One side of the 3-fold pamphlet being distributed.

One side of the 3-fold pamphlet being distributed.

A project logo is currently being designed with the help of a professional botanical illustrator, Marco Molina.  We plan to use the logo on signs, stickers, plaques and other items.

The simple version of the logo.

The simple version of the logo.

Population Expansion

We plan to increase the population of the next generation both by planting seedlings and by locating, protecting, and encouraging natural regeneration. 

Seedlings ready for planting at La Calandria nursery, run by the Costa Rican Conservation Foundation and Monteverde Institute.

Seedlings ready for planting at La Calandria nursery, run by the Costa Rican Conservation Foundation and Monteverde Institute.

The planting of seedlings is just beginning, as the rainy season is normally under way by the first of June.  Thousands of seedlings of O. monteverdensis and associated tree species are available in the nursery in Los Llanos pictured above.  Normally, study abroad students would be helping a lot with such planting, but unfortunately this year the pandemic is keeping them away.  Instead, MVI staff who normally supervise and teach these students will be enlisted for planting. Funds are also being raised to pay local persons to help with planting through a “Go Fund Me” effort.

Locating and promoting natural regeneration.  Twenty-three clusters of natural regeneration of Ocotea monteverdensis have already been located.  These range in size from 200m² to 6000m² and total over 3 hectares.  Obtaining permission from landowners to work with these trees on these parcels has allowed us to locate approximately 1,600 seedlings and saplings, and to improve their access to appropriate light conditions.  With some of these same landowners, we are installing fencing to exclude livestock that like to eat young trees and regularly trample on them.  More information and discussion of these efforts will be provided in the next blog.

Group of five 1-m tall naturally regenerating seedlings

Group of five 1-m tall naturally regenerating seedlings

Daniela Quesada leaning on large O. monteverdensis sapling

Daniela Quesada leaning on large O. monteverdensis sapling

Research

Two research projects are underway.  One is examining whether inoculating the seedling potting soil, and transplant hole soil, with mycorrhizae will improve survival and/or growth rate.  The other is examining soil and plant pathogens that may be affecting the survival of either transplanted seedlings or natural regeneration.  Details and progress in these two studies will be presented in future blogs.

Principal Personnel working on the project:

Forest Protection, Education, and Natural Regeneration:

Dr. Dev Joslin, forest ecologist and soil scientist

Daniela Quesada Cruz, biologist, Monteverde Conservation League

Miguel Matarrita Herrera, biologist, Costa Rican National System of Conservation Areas (SINAC)

Lindsay Stallcup, biologist and director, Monteverde Conservation League

Reforestation and Research:

Debra Hamilton, biologist and director, Monteverde Institute/CRCF

Randy Chinchilla Ramos, GIS specialist, Monteverde Institute

Luisa Moreno Scott, biologist, Monteverde Institute

Lorenzo Vargas, nursery manager and reforestation technician, MVI/Costa Rican Conservation Foundation

Rigoberto Alvarado, reforestation technician, Monteverde Institute

Victor Molina Rojas, Costa Rican Conservation Foundation

 

Collaborating Landowners or land managers visited this year:

Andres Camacho, Luis Camacho, Jeremy Crandell, Elena Florian, Fonda Vela Hotel, Benito Guindon, Richard Laval, Gerardo Leiton, Mary Rockwell, Carlos Salazar, Marta Salazar, Jeff Stambaugh, Sarah Stuckey, Ana Suarez, Jorge Torres, Richard Trostle, Linda Weisband, James Wolfe