Author page: thrity

Earthwatch Team 2 June 2015

Thank you Earthwatchers for your help in herpetological surveys, planting of endangered endemic trees, Cornutia obovata and Styrax portoricensis, and for help in the nursery re-potting seedlings collected from the previous year.

Principal Investigators: Dr. Mark Nelson, 3t Vakil, Norman Greenhawk.

2015 Images by 3t Vakil, Lisa Bennet, and Susannah Garrett.

Fine Artist and our Mahoe Hardwood- May 2015

Joel Kaufman of Ellicott City, MD, has created this fine intarsia piece in about 6 months, and we are honored to share it with you. The pattern was replicated from a Phillip Ratner tapestry.  There are 50 different wood species using no stains or coloring with over 400 individual pieces.  It has over 100 shims and measures 19” x 35”.

Joel: “The blue mahoe pieces are the water on both sides of the ark, the whale’s spout of water (this is where I love the varying shades of blue mahoe), the translucent pieces through the whale and the stripe on one of the people on the ark.  No other wood I could find had these various shades of blue/purple/green and it was very easy to cut, shape, sand and finish”.

Here is a link to the process:

Humanure Toilets

USING THIS TOILET

1) Make your deposit, along with toilet paper.

2) Cover completely with sawdust. No odors.

3) Close the toilet lid. Keep it clean.

Using tested methods, humanure composting is underway at Las Casas de la Selva with impressive results. 3t has been very successfully composting humanure for over a decade. The process is exactly the same as an ordinary compost and along with depositing the humanure, (feces & urine), the compost pile is augmented with garden prunings, grass cuttings, leaves, etc. This pile is left to sit for at least a year and two months before use. The quality of this humus is phenomenal fertilizer for plant growing.

Regular toilets usually flush humanure away into septic tanks using clean water, but it could instead be converted, through composting, into lush vegetative growth. Humanure is a valuable resource and saves a ton of water. These humanure toilets were built at Las Casas de la Selva, by Andres and 3t in February 2013, and we have been collecting all our volunteers valuable deposits ever since.

Deep colored, rich compost ready for using in the gardens. You can’t buy this anywhere!

Thinking about waste management intelligently!

Thanks to Mark Nelson and Joseph Jenkins

YMCA Salem, MA, Volunteer at Las Casas

In April 2015, we were fortunate enough to receive two teams from the Northshore YMCA in Salem, MA. These teams all got involved with various tasks that ranged from creating a new trail, making a dam, to setting up new tables in our nursery and moving all the saplings from last year’s collections into the nursery. A good clean up of the wood drying shed was also really appreciated. Special thanks to staff, Matt Buchanen, John Brinkmanship, Kat Moser, and AnnMarie Green for the first group, and the second group, Graeme Marcoux, Cat Marcoux and Katie Coleman.

As always a huge thank you to all these volunteers who shared their lives with us in April 2015.

Mahoe Series 9 April 2016

SUSTAINABLY GROWN AND HARVESTED MAHOE HARDWOOD

Mahoe Series 9LengthWidthThicknessBoard FeetCostNotes
9a468.512.71$54.20SOLD
9b59.590.752.78$55.60SOLD
9c618.51.254.50$90.00SOLD
9d6081.254.16$83.20SOLD
9e669.514.35$87.00SOLD

Mahoe, Hibiscus elatus
All dimensions are in inches and all slabs are slightly larger than stated. All pieces have been planed on both sides. Ends are Anchor-sealed.
Shipping is not included, send an email for a quote.

Please include in your email to 3t@eyeontherainforest.org

1) Your shipping address.
2) Your shipping preference for a quote: USPS Priority (4-6 days) or USPS Retail Ground (14-18 days) .

We accept secure payments through Paypal.

Mahoe, Hibiscus elatus, is a large forest tree endemic to Jamaica, Cuba, and now naturalized in Puerto Rico. The straight stems of mature specimens can rise to a height of 80 feet, with trunk diameters of 12 to 18 inches, on favorable sites attaining diameters of 36 inches. Its relatively fast growth makes mahoe a highly suitable candidate for sustainable forestry management. The leaves are long-stalked heart-shaped, flowers are large and funnel shaped, usually red, but occasionally yellow or orange.
Mahoe is a moderately hard wood with a specific gravity of 0.58-0.62. The heartwood is very durable, highly resistant to attack by decay fungus, and resistant to subterranean termites. The fairly straight grain is richly variegated with shades of steely blues, metal grays, deep purples and pinks, olive greens and yellows, creams and browns, along with an elegant chatoyance in the wood. The narrow sapwood is pale white and subtly flecked, creating an attractive contrast with the heartwood. From reports and our own experience, the timber is generally easy to saw, plane, route, mould, mortise, carve, glue, nail, screw, sand, and turn, with a natural gloss in the wood when finished. It responds very well to both hand and machine tools in all woodworking operations. The wood has a musical quality and has been traditionally used in the making of cuatros, (puertorican guitars). Fine boxes, furnitures, inlay works, floors, details, turned pieces, exquisite jewelleries, sculptures, and ancient board games, have been, and demand to be transformed from the Mahoe. Architects, furniture-makers, designers, artists & wood lovers will find a charm in working with this wood.

Mahoe Series 8 April 2016

SUSTAINABLY GROWN AND HARVESTED MAHOE HARDWOOD.

Mahoe Series 8LengthWidthThicknessBoard FeetCostNotes
8a353.51.251.0621.20SOLD
8b38.53.7511.0020.00SOLD
8c40.753.510.9919.80SOLD
8d4831.251.2525.00SOLD
8e503.50.750.9118.20SOLD
8f534.7511.7434.80SOLD
8g574.2511.6833.60SOLD
8h57.54.751.252.3747.40SOLD
8i623.7511.6132.20SOLD
8j62.753.7511.6332.60SOLD
8k633.7511.6432.80SOLD
8l724.2512.1242.40SOLD

Mahoe, Hibiscus elatus
All dimensions are in inches and all slabs are slightly larger than stated. All pieces have been planed on both sides. Ends are Anchor-sealed.
Shipping is not included, send an email for a quote.

Please include in your email to 3t@eyeontherainforest.org

1) Your shipping address.
2) Your shipping preference for a quote: USPS Priority (4-6 days) or USPS Retail Ground (14-18 days) .

We accept secure payments through Paypal.

Mahoe, Hibiscus elatus, is a large forest tree endemic to Jamaica, Cuba, and now naturalized in Puerto Rico. The straight stems of mature specimens can rise to a height of 80 feet, with trunk diameters of 12 to 18 inches, on favorable sites attaining diameters of 36 inches. Its relatively fast growth makes mahoe a highly suitable candidate for sustainable forestry management. The leaves are long-stalked heart-shaped, flowers are large and funnel shaped, usually red, but occasionally yellow or orange.
Mahoe is a moderately hard wood with a specific gravity of 0.58-0.62. The heartwood is very durable, highly resistant to attack by decay fungus, and resistant to subterranean termites. The fairly straight grain is richly variegated with shades of steely blues, metal grays, deep purples and pinks, olive greens and yellows, creams and browns, along with an elegant chatoyance in the wood. The narrow sapwood is pale white and subtly flecked, creating an attractive contrast with the heartwood. From reports and our own experience, the timber is generally easy to saw, plane, route, mould, mortise, carve, glue, nail, screw, sand, and turn, with a natural gloss in the wood when finished. It responds very well to both hand and machine tools in all woodworking operations. The wood has a musical quality and has been traditionally used in the making of cuatros, (puertorican guitars). Fine boxes, furnitures, inlay works, floors, details, turned pieces, exquisite jewelleries, sculptures, and ancient board games, have been, and demand to be transformed from the Mahoe. Architects, furniture-makers, designers, artists & wood lovers will find a charm in working with this wood.

Northwestern Alternative Spring Break March 2015

This all-ladies team helped out with a whole host of tasks, including the on-going plastering of the new terrace wall, and workshop cleaning, clearing, and management. Along with a salsa dance class, they enjoyed the rivers in the forest of Las Casas de la Selva, and also took a paddle-boarding class at Inches Beach in Patillas, with Omar Garcia. Thank you ladies for all your enthusiastic teamwork, we enjoyed your company immensely.

Fountain Valley High School March 2015

Fountain Valley High School from Colorado Springs, in their second annual collaboration with Las Casas de la Selva. This team of enthusiastic teenagers worked on the ethnobotanical trail, helped grade the main drive, helped in the wood workshop, learnt how to use a lathe with Andres Rua, and turn wood, had a Puertorrican cooking class with Magha Garcia Medina, enjoyed a salsa dance class with Yara, and after an afternoon at the beach, Villa Pesqueras in Patillas, and a wonderful dinner at Habitarte, Route PR 15, with Wanda and Riccardo. It was a pleasure to get to know you all.

Appalachian State University ASB March 2015

In their third year of collaboration with Las Casas de la Selva, this App State Team worked hard on maintenance of the main drive, our life-line to the outside. In amongst all this manual labor we ate well, thanks to Magha Garcia Medina, and also visited the Habitarte Project on Route PR 15. Thanks to Wanda and Riccardo for hosting us for an evening. We also took the team to swim and kayak off the spectacular Villa Pesquera, Patillas Beach. Several of the team were lucky to swim with three manatees that frequent this zone. Thank you App State…hope we see you back next year!

Pepperdine University – Getting down and dirty! March 2015

Pepperdine University students spent seven days at Las Casas de la Selva, helping with various tasks led by Andrés Rúa, ranging from plastering the new retaining wall and walls on the main house, as well as work on the ethnobotanical trail, step-building, pruning, and prepping surfaces for more work. This team were lucky to have a cooking class with renowned gourmet chef Magha Garcia Medina, and a rocking Salsa Dance Class with Yara Soler Garcia.

We had a superb time with this team, and we thank you all for all the joy and enthusiasm that you brought to the project. Please revisit in the future! Thanks also to William Robinson who has been volunteering here for one month.

On the second day of the group’s visit, Simarouba, our beautiful white cat gave birth to 5 kittens. Magha Garcia Medina takes the students on an exploration of the foods of Puerto Rico, and we end up with a Sancocho for dinner. If you have never had Sancocho, here’s the place to come and try it!

Earthwatch Team: December 2014 -January 2015

Back L-R: Stan Rullman Cindy Stieger, Margaret Baisley, PI Norman Greenhawk
Front L-R: PI 3t Vakil, Charlotte Field, Colleen Casey, Andrés Rúa
All pix on this page thanks to all above.

See Stan’s Blog about this trip!
https://earthwatchunlocked.wordpress.com/2015/04/30/from-trees-to-coquis-an-earthwatch-scientist-explores-puerto-ricos-rainforest/ 2015

Hilda Soltero – 30 years later “a dream made into reality”, December 2014

Hilda Soltero was the Secretary of The Puerto Rico Department of Natural Resources in the early 1980s, and it was she that flew John Allen over the island when he was looking for a place to start a sustainable forestry project. Dr. Mark Nelson and John Rubio Druitt met with Dr. Frank Wadsworth in 1983 to discuss the possibilities. In 1983, Las Casas de la Selva was born. Today in December 2014, we shared with Hilda great discussions, stories, visions and plans, and enjoyed the company of her two sons and four grand kids. Thank you Hilda for your continuing support of tropical forestry, along with this project here in Patillas, and look forward to working with you on the mission of sustainable forestry in Puerto Rico.

Symposium and Exhibition of Forest Products at IITF, 6th December 2014

SEE MORE IMAGES HERE:
https://plus.google.com/photos/114745085458651133282/albums/6089798854434161681?authkey=CLytzaWvsMmIfg

L-R: Luis Soto, (Land Authority Director) Carmen Guerrero, (Secretary of DNR), Connie Carpenter, Magaly Figueroa, (USDA State & Private Forestry), Andrés Rúa, 3t Vakil, (Tropic Ventures and Nuestra Madera), Magha Garcia, (Director Pachamama Organic Farm), Sheila Ward, (Mahogany for the Future), Edgardo Gonzalez (Landscape Conservation Center).

Herpetological Survey 2014 led by Norman Greenhawk

HERPETOLOGICAL EXPEDITION JULY-AUGUST 2014

The steep and remote areas of Icaco and Hormiga Valleys of Las Casas de la Selva have never been surveyed for amphibians. Herpetologist Norman Greenhawk led a team of volunteers into the forest to search for target species of frogs in this vast area, to identify and gather information about amphibians to better assist with the future management of this area. The expedition started on 16th July, and continued to 8th August 2014. The team set up camp in the forest, prepared their own food, and faced some days of extremely challenging windy and rainy weather, including an interruption of the study by Tropical Storm Bertha! The team included college students from the continental US, Puerto Rico, an Earthwatch Teen Team, and Dr. Gabriela Agostini from Argentina. They and came back with a lot of data.

The target species that were confirmed to exist in the valleys were: IUCN Endangered Eleutherodactylus wightmanae (the Coqui Melodioso), IUCN Vulnerable Eleutherodactylus cooki (Coqui Guajon), and IUCN Critically endangered Eleutherodactylus richmondi (Coqui Caoba).

During the surveys, the team sampled for Chytridiomycosis, an infectious disease of amphibians, caused by the chytrid Batrachochytrium dendrobatidis, a non-hyphal zoosporic fungus, that is currently killing off amphibians around the world. GPS co-ordinates of appropriate information were taken to allow for mapping of the range of target species within the valley, and high quality photos of the frogs were taken to help show the myriad variation of colors and patterns within a single species.

The initial survey is over and the data is being compiled. Norman has met with personnel of the US Fish and Wildlife Service to help determine future monitoring and research. Once the results of the Chytrid sampling are delivered from the San Diego Zoo, a report will be written up and submitted to a peer-reviewed journal for publication. This survey will continue with a smaller team, as the mountain ridge that separates the two valleys needs to be accessed and sampled.

Norman expresses deep gratitude to team members Sarah Bryan, Jessica Rosado, Marla Gonzalez, Sara Gabel, Sara Zlotnik, Alessandra Belmonte, Sam Boas, Kaitlin Panzer, Lauren Billy, and co-team leader Gabi Agostini. Huge thanks also to Earthwatch Team members: Alana Salas-Yoshii, Josie Icaza, Samantha Riesberg, and their facilitator, Sushmita Sridhar.

Big, big thanks to the Mohammad bin Zayed Species Conservation Fund, CREOi, Roland Pesch and Kathy Rosskoph, without whom this survey would not have been able to be carried through.

Lastly, a special thanks to Thrity Vakil & Andrés Rúa for help with logistics, Leah Chevrier-Rappaport for extra volunteer help, and to Jan Zegarra of the US Fish & Wildlife Service for his encouragement, help with analyzing the results, and for consultation concerning future research possibilities.

Meet the team:
L-R Back: Sam Boas, Norman Greenhawk, Marla M. Barrios González, Lauren Billy, Alessandra Belmonte, Sara Gabel.
L-R Front: Leah Chevrier-Rappaport, Sarah Bryan, Jessica Rosado, Gabriela Agostini, Sara Zlotnik

EARTHWATCH PARTICIPATION:
For several days of the survey, the team also comprised of three teenage Earthwatchers, Alana Salas-Yoshii, Josie Icaza, Samantha Riesberg, and their facilitator, Sushmita Sridhar.

Photo credits: Norman Greenhawk, 3t Vakil, Andrés Rúa, and Dr. Gabi Agostini (frog pix below).

The Wastewater Gardener by our very own Dr. Mark Nelson

For all those who partook in an Earthwatch expedition or any other volunteer escapade with myself, Thrity, Andres or Norman at Las Casas de la Selva and experienced the beauty of the project’s unique sewage system. I have good news!

I have written a book on the wonderful world of poo: “The Wastewater Gardener: Preserving the Planet One Flush at a Time” BUY IT HERE: https://wastewatergardener.com/

From the preface: “This book had its genesis the first time I tipped over an outhouse and shoveled the steaming contents into a wheelbarrow headed for the humanure compost heap. I was a city kid, I didn’t know the stuff was taboo. When I was selected to be a “biospherian” crew member for the first two year closure experiment of Biosphere 2, was it destiny that one of my responsibilities was managing our “marsh recycling system” for all the wastewater? Later, when I fell in love with wetlands, natural and constructed, I decided to make myself useful by tackling sewage problems around the world. That in turn, led me to one improbable adventure after another, a veritable Wonderland of strange goings on, at times straining my incredulity. Fortunately, I kept my inner yogas: keep your optimism and belief you can make a difference, and never lose your sense of humor!

It occurred to me these “adventures in the shit trade” have more than purely anecdotal humor value. I got to see what is hidden for good reason from most people, though sometimes it took persistence and detective work to find out what was really happening. I feel a responsibility to share what I have seen and learned with a greater audience. Everything is connected to everything (as they say in ecology), and how we manage and mismanage our shit, is a crucial part of the global challenge of our times. Conventional industrial-style agriculture doesn’t use animal manure = we turn our farms into monocultures, raise our animals in factory farms, use lots of chemical fertilizers which are expensive, release greenhouse gases and nutrients runoff our farms in great quantities polluting our waters and oceans. In the West, we centralize sewage treatment = sending all of its nutrients into our rivers and oceans, instead of back to our farms or green spaces. Rather than irrigating using gray water, we use precious high quality potable water. In poorer countries, there is virtually no effective sewage treatment at all = widespread contamination of drinking water leading to disease, death and further impoverishment.

We all know the story, “The Emperor has no Clothes”. This book is the global black comedy which unfolds when the little boy opens his eyes. I do hope you enjoy the ride. I promise it’ll change the way you think about at least one of the so-called “little things” we do in life.”

The book takes the reader on a humorous global tour of how we treat and mistreat human wastes. Even the common word for our bodily wastes: “sh*^#t” is taboo so we don’t talk about it and don’t think intelligently about how to use it properly. And our sewage is a global catastrophe. In the West we treat it like a toxic waste, spend enormous energy and resources to pump it to centralized sewage treatment plants where much machinery and chemicals are employed, then generally dump the treated wastewater with its load of freshwater and nutrients into the nearest body of water – rivers, lakes, ocean. In the developing world, 95% of sewage is untreated and pollutes drinking water everywhere.

So after a brief history of how we “got into this mess” with a review of traditional Asia where city “night soil” was a source of revenue as it was sold to boatmen who took it upriver to farmers who composted it, maintaining the fertility of the soils that produce the city’s food. Then came specialized farming so even animal wastes are now replaced by expensive chemical fertilizers, half of which run off the soils to pollute water. And for the cities, came indoor plumbing so that water use greatly increased, and flush toilets require up to 10 tons of water to move 1 ton of human waste.

But no need for despair, the paradigms are changing and there a number of alternatives which are gaining traction which offer a return to valuing and using bodily wastes as a source of valuable nutrients and water. These include composting toilets, constructed wetlands for wastewater treatment and reuse, hygienic use of sewage for agriculture and aquaponics, gray water irrigation. On the water conserving sides, there are low-water methods of farming – including drip irrigation – and utilization of wastewater which contains the natural nutrients needed for landscaping or gardening, instead of using potable water with chemical fertilizers.

I take the reader on my personal odyssey into the world of “poo power” – learning by doing.

First stop is Synergia Ranch near Santa Fe, New Mexico where a group of people found the Institute of Ecotechnics and take on reversing the desertification of this semi-arid once prosperous high grassland. A thousand trees are planted, I briefly become the “horseshit king of New Mexico” making hundreds of tons of compost from our farm animals and the 1200 horses at the nearby racetrack. Photographs contrast the stark landscape of the 1970s to the new rich oasis, with organic orchard and vegetable farm that was created.

After a stint in West Australia starting the tropical savannah project of the Institute, I return to the U.S. to help with the Biosphere 2 project – the world’s first artificial biosphere, covering 3 acres with rainforest, savannah, desert, coral reef ocean, Everglades marsh and 8 people and their farm enclosed in an air-tight structure. There is no “away” in Biosphere 2 – as in, we can “throw it away”; everything has to be recycled if the world is to sustain itself. I manage and research our constructed wetland which treats and recycles all our human, domestic animal and laboratory wastewater inside for two years. It’s a revelation and I appreciate that a system like this needs to be spread around on planet – and could be a way to get people connected to some of their basic realities – where their water comes from and where their wastes go. Constructed wetlands are a natural approach – mimicing the power of natural wetlands to serve as the planet’s kidneys – so sunlight, gravity, green plants and microbes are needed, not machinery, chemicals etc. They also can be scaled from serving an individual house to cities with tens of thousands of people. There are several which cover more than a thousand acres.

While completing a Ph.D. with the systems ecologists at the University of Florida’s Center for Wetlands, I design and build a couple of “Wastewater Gardens” along the Yucatan coast south of Cancun, Mexico (with the assistance in the early years of the Biosphere Foundation, later the Institute of Ecotechnics) and use it for my dissertation research. We make the systems beautiful with a wide diversity of fruit and flowering trees and shrubs, not just boring “reed beds”. The systems are popular – being “subsurface flow wetlands”, there is no exposed sewage, it’s all kept beneath a dry layer of gravel – and we pass the “sniff test”! Then lots of hotels and people want it for their homes – and we go into business!

This business, now called “Wastewater Gardens International” (www.wastewatergardens.com) takes me in the following decades around the world: Bali and Indonesia, the Bahamas, Western and Eastern Europe, the Caribbean, the Philippines and back to the outback in northwest West Australia, doing a number of Wastewater Garden projects on indigenous Aboriginal communities. The book takes people on a ground-truth, nitty-gritty ride of dealing with health system bureaucrats (“diaper phobia” or “nappy neurosis”), differing cultures and attitudes, Sherlock Holmesing the mysteries of what’s actually happening (e.g. wastewater waterfalls in the Atlas Mountains, 5 star resorts using unsterilized wastewater to grow lettuce (!), unsealed “septic tanks” etc.

Along the way, we have lots of examples of practical projects using a variety of new approaches, and photographs galore. New of the most recent projects are a crescent-moon shaped Wastewater Garden in southern Algeria and a proposed art/ecology project, Eden in Iraq (www.meridelrubenstein.com/eden-in-iraq/) for Marsh Arab towns in the historic Fertile Crescent area of southern Iraq.

I end the book with seven guidelines for better management of our wastes: 1. Separate shit from the water cycle wherever possible. 2. Use water of the appropriate quality, according to need 3. Conserve water – drip irrigation, low-water appliances 4. Use wastewater to create green belts 5. Treat and reuse shit locally wherever possible. 6. Don’t mix industrial waste with residential waste 7. Send the sludge and compost made from human shit back to the land in an economical way, maintaining the health and productivity of our soils

So the book is both a global black comedy and is filled with concrete examples at micro and macro-scale of how we can and are beginning to fix the problems.

The paradigms they are changin’ – appropriate in a world with scarce water resources and the desire of everyone to live in a bountiful and healthy biosphere.

…from the book’s ending:

“I would therefore like to add a Fecesphere meditation. Each time you go to the toilet to take a dump, be mindful of what you are doing. “Where does my water come from?” “Where does my shit go?” Then perhaps, investigate, find out. You will be way more connected to reality by trying this simple meditation and you’ll come to understand how life on this planet is indeed sustained. Then ask: “How can I make this activity healthier for my local ecosystem and indeed the biosphere?” “How can I change the world?”

The answer is not in the glorious, perfected hereafter (“there’ll be pie in the sky when you die”) but right now, beginning with understanding the “travel itinerary” of your shit. How do we change the world, help create the Earth we want and need? No action is trivial or unimportant.

We change the world one small step at a time, one flush at a time.”

Here is the Wastewater Garden at Las Casas de la Selva…

Earthwatch Expeditions – We salute you all! July 2014

Thank you to all the Earthwatchers who fielded in our summer season. Through rain, mud, and slippery slopes, everyone made it over established comfort levels and discovered themselves anew at the end of each expedition. We are happy to have had Marta Edgar here as PI on the ongoing Bird Survey, and she worked with the first team. 3t continued on with tree data collection on the Liberation thinning study and also gathered, with team 2g, a complete monitoring of the endangered endemic tree species planted last year in a collaborative project with US Fish & Wildlife. Norman is carrying out a one month Herpetological survey in Icaco and Hormiga Valley and the teenagers on Team 3 along with their Earthwatch Facilitator, got to camp for 6 days and work on this study.

We really appreciate the level of enthusiasm brought to our project by volunteers, because without you, data would be hard to collect. We salute you all.

Globalworks at Las Casas de la Selva July 2014

Thank you Globalworks, we appreciate all your hard work on the forest road, pruning, and working on drainage ditches. The help in the gardens was also great, clearing vines and digging the soil to loosen it all up.

For 23 years, Global Works has been providing exceptional Community Service, Cultural Exchange, Adventure Travel, and Language Immersion programs for teens, which foster personal growth and promote social and cultural awareness for the participant and the communities involved.

75 years of Forestry!

International Institute of Tropical Forestry celebrated its 75th year anniversary and a wonderful event at the Fundacion Luis Munoz Marin (FLMM) gave everyone a chance to meet up and connect over the whole days symposium, followed by a wonderful and lively reception in the evening. 21st May 2014
See more great images of this event here. Pix by 3t and Andrés

Tropic Ventures was honored to be mentioned in the recently published 2102 IITF Accomplishments. See PDF here.

Gracious thanks to FLMM, and IITF.

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