November Blessings & Lessons

By Michelle Domocol

Back to Inflourish: Cebu

The severe storms in early November hit Healing Present buildings and forests with little damage.ย  Thanks to the dense forests and gardens that surround the buildings, we had light property damage and staff remained safe. All the buildings and water systems were well-protected. Our fencing was partially damaged because bordering neighbors remove their trees or they donโ€™t plant trees. When neighbors remove thick vegetation and mature 100+ year-old trees, they lose effective protection from lethal typhoon winds. They also lose massive roots and healthy soil that easily absorb floodwaters.ย 

In Healing Present, we take additional measures for disaster prevention and disaster recovery. Here are some major safety moves we make in Healing Present:

1. Fortified forests. We take care of hectares of dense, continuous forest with giant bamboos and mature trees. Theseย  surround each building and naturally protect us from storms.ย  We cultivate andย  plant young trees in bare areas around the gardens and forest fragments. We only have a minimal amount of cement paths and steps that cover the soil. We also strengthen our soil with groundcovers, shrubs, and amendments to improve its structure. The soil dependably absorbs heavy rains so floods are not common.ย ย Our dense, diverse forest slows down storm winds. A tropical storm can possess wind as fast as 80+ kilometers per hour. A typhoon destroys with winds up to 180+ kilometers per hour.ย  With that colossal force, we want our multi-hectare forest of massive branches and trunks to block andย break up that wind.ย 

The night of November 4, I watched silhouettes of trees shake, resist, and slow the rapid gusts of typhoon winds blow through Healing Present.ย  Our oldest trees like mga Dakit, Nangka, Talisay, Siar, Narra, and Tipo were our best defenders. Yes, the next morning, we found hundreds of thin tips of branches broken on the ground. But the treesโ€“leaves, trunks, and main branchesโ€“remained whole.ย  After seeing the damaged property fences, we hope to fortify our fencing and make it resistant to damage.ย  But that can be quite difficult when our neighbors do not plant any wind breakers like trees.ย  Still, we plan mature fast growing bamboosย  near the fences. If you are interested in preserving typhoon-fighting species or growing them in your community, here are some heavy hitters:

  • Acacia (Acacia mangium)
  • Agoho (Casuarina equisetifolia)
  • Baguilumbang (Reutealis trisperma)
  • Bani (Pongamia pinnata)
  •  Bagtikan (Parashorea malaanonan
  • Bignay (Antidesma bunius) 
  • Bitaog (Calophyllum inophyllum)
  • Dagang (Anisoptera thurifera),
  • Kamagong (Diospyros blancoi)
  • Katmon (Dillenia philippinensis)
  • Lauan (Shorea malibato)
  • Narra (Pterocarpus indicus)
  • Pili (Canarium ovatum)

Our neighbors were not as lucky.  They havenโ€™t maintained any forests or tree orchards around their houses. They regularly cut down their trees for charcoal and building material.  As a result, annually, their homes are directly hit by heavy rains and rapid winds. Their roofs fly off –all because they live in open fields and valleys with less vegetation.

2. Water and Food storage.ย  At Healing Present, we also add protocols and structures when electricity, water, and food supplies temporarily stop during a severe storm or natural disaster.ย  We installed rainwater tanks for an extra supply of water.ย  Every building has an emergency kit with extra food, drinking water, and first aid medical supplies.ย  We installed fire hoses and fire extinguishers incase a fire occurs during a severe lighting storm or electrical accident. Each building also a set of solar radios, emergency solar flashlights, and solar phone chargers, and walkie-talkies.ย  The equipment allows us with maintain our safety, health, cellphone communication, and ability to address emergency repairs during a disaster. We plan to also add solar cookers and solar panels so if our main electricity lines fail, we still have power for communication, food, and drinking water.

In alarming contrast, the open streets and damaged river systems of Cebu City are highly defenseless from typhoons or storms. Urban residents are told to call emergency agencies but those have no centralized phone numbers. They haphazardly have five or more cellphone numbers that are often not working. Dangerously inadequate and inaccessible. Storm winds can become destructively faster as they blow through the open cement roads and hit weak buildings. During storms, heavy rains continue to fill roads with no substantial drainage piping or absorption.ย  In effect, the roads become disgusting cement slides or pools filled with sewage water, floating cars, and pollution.ย  If you want to play a sad game while youโ€™re driving in Cebu, try to count the amount of clean drainage vents, holes, or sewersย  on the roads.ย  Youโ€™ll quickly see the new road widening projects donโ€™t include upgraded drainage.ย  Youโ€™ll see skinny rectangular drainage openings blocked with garbage.ย  Every year we have a rainy season with increasing storms and yet every year we donโ€™t see improved storm drainage or street cleaning.ย 


Here are other techniques that can help stop the yearly destruction of urban housing, electricity, water infrastructure, and lives:

Gardens and Vegetated parks.ย  A continuous network Cebu City street gardens and roofs with gardens of grass, groundcovers, vines and containerized plants could capture rainwater and absorb heavy rains. More large parks with trees and groundcovers in Cebu City would increase rain absorption and decrease flooding. Other types of natural parks could restore or construct wetlands and mangroves that act as defensive buffers against heavy storms and typhoons. As many Cebuanos know, we pay a very polluted and destabilizing price for the highways, malls, houses, and casinos built over Cebu’s original wetlands and mangroves.

Places like IT park have a strong network of drainage channels and densely planted gardens properly control storm winds and rains. They divert and slow down the flow of stormwater in the their streets. In Cebu City, Healing Present has an office in Lahug.ย  In the back of the office is an old poolย  converted into a sunken garden full of containerized plants.ย  These plants have the power to absorb heavy rains.ย  For more than ten years, this simple sunken garden has prevented any flood damage in our office building.ย  Our neighbors with the standard cemented landscapes canโ€™t say the same.ย 

Pool converted into sunken garden with absorbent plants

Hopefully we can fight for long-standing, private and public storm disaster prevention and recovery measures at all scalesโ€“ for our homes, workplaces, urban centers and rural uplands.


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Renewal with Rainwater Harvesting

By Michelle Domocol

Back to Inflourish: Cebu

In Healing Present’s (HP) farm and reforestation projects, we install different kinds of rainwater harvesting systems to:

In Cebu, reducing our use of groundwater can help our surrounding watershed renew its freshwater supply.  In some areas, groundwater can be too saline or have pollution. Rainwater supplies can help you avoid using saline or contaminated groundwater. In general, Cebu residents, land managers, renters, and homeowners need to put less stress on our watershed and groundwater supply. Cebuanos, in uplands and urban areas, have experienced droughts and extreme dry seasons.  Urban residents and farmers in Cebu’s mountains have seen decades of seasonal water scarcity, diminishing groundwater recharge, water quality deterioration, cost-prohibitive water treatment services, and failing drainage infrastructure from city water distribution lines. Rainwater systems offer an option to gain some relief from those water supply issues. 

In one of HP’s gardens, a simple stand alone rainwater collection barrel is connected to drip irrigation tubing and sprayers that waters a garden with native trees, gingers, cannas, and other shrubby vegetation.

In Healing Present sites, we use the rainwater to minimize our reliance on deep well groundwater. When we do this, groundwater can:

With simple rainwater harvesting devices like rainwater barrels and underground storage water tanks, HP spends less money and electricity on city-sourced water, external water treatment services, and water pumping stations.  In our farm and forest projects, we attach rain barrels and tall rainwater water collection towers to plant irrigation tubing, garden hoses, plant nursery washing stations, sinks, showers, and toilet tanks.

Faucets, hoses, and irrigation tubing are directly attached to the barrel.
Drip irrigation tubing directed to individual pots.
Little sprayers attached to irrigation tubing so water is directed to plants’ soil.

Households can attach small rain barrels, above-ground tanks, or large rainwater towers to a filtration system so we have an independent supply of drinking water. Plus any pump system or filtration component can be powered with solar panels to reduce your electricity costs.

HP Rainwater Tank Tower
Underground Rainwater Collection Tank

  • We identify a location for the rainwater collection device. We make sure the device can receive an ample amount of rain.  Sometimes we add a platform or position the collection tank above the area we want to irrigate. Or if the rainwater is coming from a roof, we may improve the rain gutters and add pipes to direct the water straight into the collection device.
  • We add irrigation tubing or mainline pipes depending on where the water needs to go. For example if the water is intended for a garden then we attach irrigation tubing, valves, and sprayers to the rainwater collection system. We always add a faucet or valve to control the flow of water from the tank or barrel.  Rainwater tanks can be cylindrical, boxy, customized to fit underground, or be decorated to blend in with your landscape. 
  • You can add screens and nets to reduce the mosquito population and leaves that can enter your rainwater collection device.
  • If your storage tank is located underground, you may need to add a pump to direct water towards a particular garden, pipe system, or building.
  • Make sure to add pipes or extra storage devices to divert or store the overflow of rainwater. 

In HP, we depend on rainwater tanks and reservoirs to support our growing reforestation projects.  Young trees, shrubs, and potted plants need water to survive and develop strong root systems. After these young trees develop into a thick canopy, they can increase rainfall, absorb floodwaters, reduce storm damage, and stabilize our future water supplies. 

In the coming months, we have plans to improve our rainwater harvesting systems.  We want install more underground reservoir tanks to store freshwater for future droughts.  We also want to add more tanks to store rainwater overflow. We will most likely use cement tanks and custom made corrugated metal tanks to store more rainwater. This helps us efficiently harvest during rainy seasons.

I hope this inspires you to assess your household, farm, or, apartment for rainwater collection opportunities. See if you would like to supplement or improve your household water supply with a rainwater collection system. It can start with one humble rainwater barrel and progress to larger rainwater harvesting systems.

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Genuinely Ginger Gardens

By Michelle Domocol

Back to Inflourish: Cebu

Ginger is commonly known as a popular spice in delicious dishes like Kinilaw and drinks like Salabat. But for gardeners, landscape designers, and tropical plant enthusiasts, gingers encompass diverse plants from botanical families like Zingiberaceae and Costaceae. Gingers and their relatives can be striking features in Cebu’s potted gardens and footpath borders. You can grow gingers in lush, dense groups along a path. Gingers can grow from 3 to 6 feet. Depending on how you prune them, the swaying stems and plump green leaves can shade walkways and soften garden edges.

Gingers’ foliage are bejeweled with stunning floral displays. Their multi-colored blossoms resemble painted pine cones, graceful orchids, butterfly wings, bromeliad spikes, and many more marvelous configurations. In the image below, you’ll see a gorgeous sample of native and naturalized ginger flowers found in Philippine’s forests and gardens.

The flowers above belong to: A) a spiral ginger called Insulin plant (Helliana speciosa); B) Adelmeria alpina; C) Vanoverberghia rubrobracteata; D) Etlingera fimbriobractea ; E) Alpinia haenkei ; F) Zingiber zerumbet; G) Adelmeria gigantifolia; and H) Turmeric (Curcuma longa).

Growing Gingers. Gingers can be planted from small pieces of their roots. These pieces or rhizome segments must have buds to successfully grow. In Healing Present, we usually plant them during the rainy season. You can start them in individual pots or raised beds. Once the seedlings have strong stems, you can transfer them to different parts of your garden. Some gardeners, without many pests, press the ginger pieces directly into the soil. The pieces are planted about 3 inches deep and at least 7 inches apart. I like to grow them in dense clumps so they make a bold visual impact when they grow taller. In general, gingers prefer Cebu’s humidity, partial shade and indirect light. For the best results, grow them in soil that drains well.

Below are different locations we planted ginger. Some gingers are in a shaded balcony or thriving under the canopy of a native cinnamon tree. Others are next to a garden wall that blocks direct sunlight. Other ginger relatives are in pots next to ponds. All these locations receive frequent rain or irrigation. They also block constant heat and direct sun exposure.

With pruning, gingers are pretty low-maintenance. Just remove any dead or damaged stems during they year. Those dead brown canes or stems make great additions to your compost. Here are a few more design tips to help you integrate an abundance of gingers in your garden:

A stairway in Healing Present’s farm lined with a variety of ginger relatives like insulin plants, turmeric, and ginger lilies. The parallel islands of ginger are complemented with ferns and Saging-saging (canna lilies). Complement your ginger islands with moisture-loving accents like ferns, lilies, and ornamental bananas.
Don’t add a thin line or skinny row of plants along your walkway. Add wide bands or clusters of gingers. With regular, moist conditions gingers can grow to 4 feet or more in width. So it won’t take long to grow a wealth of ginger. Wider groups of gingers add verdant impact and visual harmony.
Since gingers love partial shade, consider adding them to a shaded path. In Healing Present’s farm, we frequently decorate a path with a passionfruit pergola overhead. Then, we plant gingers on both sides of the the stepping stones.

Hope this inspires you to beautify your garden paths with some gorgeous ginger additions!

First image of ginger flowers courtesy of Wikimedia Commons and Co’s Digital Flora of the Philippines.

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Treetop Adventures

By Michelle Domocol

Back to Inflourish: Cebu

As a child, it felt magical to play in a treehouse, feel closer to the sky, and capture a bird’s eye view. I was overjoyed and curious. Treehouses and tree decks are some of the best settings for imaginative play, relaxation, and daily connection with nature. Today, I’ll share some fun ideas for gardens that enhance treehouses and tree decks. The inspiration can enrich a treehouse or deck in a backyard, community garden, or a local school. Feel free to incorporate these planting combinations into personal projects or share them with community members looking to improve a treetop design.

A treehouse adorned with a succulent greenroof above borders of floral shrubs, colorful foliage, and aromatic groundcovers.

Vibrant Foliage & Flowers. Planting floral and foliar color are beautiful ways attract interest and highlight your treetop structure. You can concentrate on particular color combination, motif, floral scent, or educational theme to help determine your plant palette. Or you can select plants based on particular height and space requirements. With this criteria, floral groundcovers, shrubs, and a few trees may suit your site. With cozier spaces, potted plants, epiphytes, and vines are preferable.

Or get creative! Add add a shallow raised bed of flowering succulents on the rooftop of your treehouse. Or add a succulent border or raised boxes on the perimeter of your tree deck. If your site is larger it space, add additional flowering fruit trees. And don’t forget colorful shrubs as an option. San franciscos (Codiaeum spp.), Mais-mais (Dracaena spp.), cordyline lilies (Cordyline spp.), and Mayana (Coleus spp.) pop with deep maroons, golds, hot pinks, and other rich hues. Remember to observe your site’s soil conditions and sun exposure to further refine your plant selection. Here are some vibrant floral exemplars that grow well in my area:

A tree deck supported by an old Acacia surrounded by big-leafed, shade-loving plants and ferns. The Acacia is also adorned with vines and fern epiphytes.

Trees with Shade-loving accents. Adding trees with shade accents can also enrich your tree house or tree deck. In time, this combination will turn into a shady, cool respite from the heat. Your shade-loving accent can be big-leaved gabi, palmettos, Colocosia spp., monsteras, and ferns while the native trees can have sprawling crowns, graceful palm leaves, compact treetops, and/or seasonally produce fruit. Other tree species could be Alibangbang (Bauhinia malabarica), native bamboos, Panalipan (Diospyros tenuipes), and Maritima (Vatica maritima). Alternatively, you can focus on adding compact fruit trees or larger fruit trees like native figs like Dakit, Lagnob, and other Ficus spp. Other suitable fruit-bearing choices could be Banana varieties, Avocado, Nangka, and Balimbing.

A field of heliconias and birds of paradise with a background of fruit tree accents leading to a treehouse.

Have fun creating and enjoy your future treetop adventures!

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Forests Upwards & Outwards

By Michelle Domocol

Back to Inflourish: Cebu

Last June I took a break from posting an article and dedicated more time to managing new projects for Healing Present. The in-house construction and plant nursery staff are working hard to grow tree saplings and upgrade fences around our established forests and budding new agroforestry gardens.

I’d love to share some brainstorms for plant combinations for our upcoming forestry and garden plots. It’s incredibly essential to focus on Healing Present’s private reforestation but Cebu’s fragile environment needs the broader protection and resource enhancement of Mananga-Kotkot-Lusaran watershed forest reserves and public green spaces like CCPL (Central Cebu Protected Landscape).

Beyond Healing Presents current projects, I want to also share my personal aspirations for community-led watershed forest restoration through CCPL (Central Cebu Protected Landscape):

Support Existing Watershed Forests. On Healing Present’s existing forests’ creeks and natural pools by increasing biodiverse native canopy cover and understory. We will use techniques like assisted natural native plant regeneration, medium diversity planting, tree island nucleation, and coverage rows to increase cover in degraded riparian buffer areas. We would plant climate-adapted, typhoon-resistant canopy species (eg., Anisoptera thurifera, Parashorea malaanonan, Shorea malibato, Petersianthus quadrialatus), deep-rooted windbreaks and erosion control species (eg., Calophyllum inophyllum and Diospyros blancoi). If possible, we’d like to echo this action on a broader community-connected scale. In the future we’d like to join other organizations’ efforts to provide vegetation and technical support to local watershed forest reserves in the nearby CCPL. Increased canopy cover improves our watershedโ€™s functionality and ecological services such as wildlife connectivity, riverbank stabilization, and freshwater recharge. Any effort to truly increase biodiverse the watersheds’ native canopy cover between forest fragments and other degraded areas of the watershed forest reserves would benefit the province and city of Cebu.

Support Existing Watershed Agroforestry training and implementation. In Healing Present, we promote and plant multistrata agroforesty designs for native forest restoration, our own consumption and health benefits. In the future, we’d like to provide support for existing agroforesty initiatives that are more around our nearby watershed. We’d also like to help existing reforestation projects plan crop cultivation schedules that ultimately lead to phases of forest restoration. Some combinations we’ve recommended around Balamban and properties include species that are :

We’d also like to join organizations in their efforts to provide training and resources for locally accessible agroforestry interventions and sustainable enterprises. CCPL, for example, would benefit from a strong and continued Successional Agroforestry Training Program. Trainees would learn suit market demands, community preferences, biophysical conditions, labor availability, affordability, and infrastructure. Options would be compatible with regionally practiced agroecological methods, low tillage, and climate-smart agricultural techniques. The multi-strata agroforests permitted in CCPL could be intercropped with native nitrogen-fixing vegetation, fast-growing nitrogen-fixing groundcovers, fodder species, and perennial crops in multiple-use zones, depending on the traineesโ€™ site conditions and management goals.

Other suitable site designs, affordable crop management, buyer negotiations, product marketing, and commercialization would benefit the existing and new farmers in CCPL. Featured management techniques could include selecting multipurpose trees/shrubs that enrich soil and crop productivity (e.g., Leucaena spp.), contour vegetation strips, floral insectary hedgerows, living fences, windbreaks, and multistrata homegarden designs. The program will facilitate farmer-to-farmer exchange with existing homegarden and medium-scale systems. Some examples would focus on ginger-based agroforestry models, diverse taro systems combined with native shade trees (e.g., Dipterocarpaceae), climate-adapted crop varieties, and improved grafted varieties.

The targets on agroforestry and improved watershed management in CCPL enhance community-led engagement in watershed protection. Agroforestry-based production presents economically viable methods to simultaneously implement watershed restoration and generate income for communities of growers.

Support Native Bat Habitat. In Healing Present’s forests and CCPL I want to refine the focus on stabilizing resident keystone bat populations (e.g., Golden-capped Flying Fox, Large Flying-fox, and Little-Golden Mantled Flying Fox). Strong bat habitats supports the restoration of the watershedโ€™s multiple ecosystems and their indigenous flora and faunal communities.  The protection of bat populations also sustains their role in watershed forest regeneration, commercial fruit pollination, and agricultural pest control through Cebu. If reforestation is successful, the aim is to increase native bat forested habitat connectivity between fragments of closed canopy, open canopy and other tropical rainforest patches

In Healing Present, we want to increase the amount of food and habitat trees preferred by Golden-capped Flying Fox, Large Flying-fox, and Little-Golden mantled flying fox (e.g., Ficus aurantiaca, F. variegata, F. crassiramea, Nauclea orientalis). In CCPL, if more bat habitat projects move forward, the sites for bat corridors and applied nucleation can connect areas of wooded grassland, shrubland, closed canopy forest, highly fragmented primary and secondary tropical rainforest patches, riparian forests, and ravine dipterocarp forest patches. 

I’m excited Healing Present continues to increase the vegetation in our forest fragments but they will weaken if nearby greenspaces and watersheds outside our private properties are unprotected, bulldozed, and covered in concrete. Hopefully effective community efforts can battle the unmitigated commercial development, sand and gravel extraction, solid waste pollution, agrichemical pollution, and unsustainable charcoal production on our precious Mananga-Kotkot-Lusaran watershed forest reserves in CCPL.

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