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Protecting our Feathered Friends: The Importance of Chimney Swift Nest Boxes

August 1, 2024 By Bird Conservation Team

Chimney Swifts (Chaetura pelagica) are fascinating small birds with a cigar-shaped body and long narrow wings, known for their distinctive agile flight and unique nesting habits. Historically, these birds nested in hollow trees, but as human development progressed, they adapted to using chimneys and are now dependent on man-made structures. Unfortunately, modern building designs and habitat loss have significantly reduced Chimney Swift populations with their current conservation status listed as near threatened. Within the past 20 years, there has been a movement to cap chimneys or line them with metal, thus preventing access for the swifts. Additionally, old buildings with suitable chimneys are increasingly demolished or sealed, further reducing available nesting sites. Climate change further complicates their survival by altering insect populations, their primary food source, and increasing extreme weather events that can destroy nesting sites.

Chimney swift in flight with blue skies in the background.


To counteract these challenges, building and installing Chimney Swift nest boxes, or towers, is essential for conserving this species. These nest boxes provide safe, suitable nesting and roosting sites. These towers should be at least 12 to 15 feet tall with a minimum width and depth of 14 inches on each side, using durable materials like treated wood or concrete to ensure longevity. The interior should have a rough surface to help swifts grip and build their nests. Ideal locations include backyards, parks, schoolyards, and other community spaces.

Pennsylvania Game Commission (PGC), is working with conservation partners to build Chimney Swift towers and are working on a documentary to educate landowners about how these can fit into their landscape. PGC Education Specialist and filmographer, Tracy Gaziano, is gathering this information and working with partners such as WCT to help conserve this declining species. WCT now has four towers, all of which have had successful breeding pairs year after year since their installation. Terry Decker from Oak Tree Landscaping built the three original towers starting in 2018 (figure 1), and Sean Hetzel, a local Eagle Scout, recently added a modern tower (figure 2). Terry donated his time and bucket truck this summer to provide a bird’s eye view to the nests so Tracy could get great photos and video of their nests.

Figure 1
Figure 2

Although building a Chimney Swift tower appears to be a daunting task, there are many resources on-line to provide the plans and methods. PGC is building towers in desirable locations, but local builders could follow the nest box plans. The tower must be secured to a foundation, ensuring it is stable and upright, while regular inspections are recommended before the breeding season to ensure it is in good condition and free from debris. It is also essential to monitor the tower during the breeding season to assess the nest box’s success. Nest boxes offer a predator-free environment, help mitigate habitat loss, and contribute to the conservation of Chimney Swifts. They also provide educational opportunities, raising awareness about these birds and their conservation among local communities. Resources for building Chimney Swift nest boxes include the Chimney Swift Conservation Association and Cornell Lab of Ornithology.

Tracy Gaziano with The Pennsylvania Game Commission and Terry Decker with Oak Tree Landscaping working together to collect footage of the nestlings.


By building and installing Chimney Swift nest boxes, we can play a crucial role in protecting and supporting these unique birds, ensuring they continue to grace our skies for generations to come.

Filed Under: Uncategorized

Willistown Conservation Trust Receives Second Grant from Cornell Lab of Ornithology

July 1, 2024 By Bird Conservation Team

On May 15, 2024 the Cornell Lab of Ornithology awarded Willistown Conservation Trust (WCT) $25,000 through the Land Trust Bird Conservation Initiative. This grant marks the second subsequent round of funding from Cornell Lab in support of the project, Finding Common Ground to Reverse the Decline of Grassland Birds Across a Working Landscape. This year-long project will be conducted between May 22, 2024 and May 21, 2025 in an effort to enroll at least 1,500 acres of privately held lands in delayed-mow management and monitor those fields to measure productivity, among other important objectives.

Grassland Birds are experiencing the largest land bird declines of any habitat group.
Scientists estimate populations of many bird species are just half of what they were in 1970. Two-thirds of grassland birds have experienced population declines, and one-quarter of these species, including the beloved Bobolink, are Tipping Point Species. From 1970 to 2019, Tipping Point species have experienced population losses of 50%, and, in the next 50 years, they are on track to lose another 50%.

Bobolink flying over grassland | Aaron Coolman

The good news is losses of these birds can be reversed. Locally, we can help these birds before they are endangered through voluntary cooperation powered by partnerships among landowners, farmers, and conservation organizations. In 2022 WCT launched the Grassland Bird Collaboration (GBC) to establish official partnerships and utilize years of grassland bird research to inform best practices in the field to support bird populations. 

Our goal is to create a grassland bird conservation area made up of working landscapes and existing nature preserves in southern Chester County’s preservation greenbelt. These lands will serve as a focal area for conservation efforts where partners work together to address the issues affecting declining grassland species while appreciating and promoting the economic and aesthetic values of the agricultural lands in the conservation area.

In addition to enrolling privately held lands into delayed mow-management, this project will focus on collaborating with other enrolled properties to host grassland bird walks, professionally monitor and record collected data for further research, observe the mutual benefits of the avian-agricultural system and extend sustainable farming practice resources to farmers and landowners to expand “bird-friendly” practices in the program area. For additional information about the Grassland Bird Collaboration please contact Lisa Kiziuk (lkr@wctrust.org) or Zoe Warner (zmw@wctrust.org) or visit https://wctrust.org/the-grassland-bird-collaboration/.

Filed Under: Uncategorized

Birds as Barometers of Ecosystem Health Rushton Woods Banding Station Year in Review 2023

April 29, 2024 By Bird Conservation Team

By Alison Fetterman, Avian Conservation Biologist and Blake Goll, Education Programs Manager

Introduction | As field biologists living in a human dominated world where wildlife populations have plummeted by 70% in the past 50 years — and birds, in particular, by 30% — the more biodiversity we can record, the higher our hopes. It turns out, bird banders are not alone in this innate need for birds. A recent study by the German Center for Integrative Biodiversity Research shows that connection to nature, especially bird life, is directly linked to our sense of wellbeing. The study linked greater bird diversity to increased life satisfaction for more than 26,000 people; the people who lived near natural areas with a greater diversity of birds were significantly happier.

But birds do more than simply enrich our lives. They are the ultimate environmental bellwether whose population changes can underscore global and local issues ranging from climate change to habitat degradation. At Rushton Woods Preserve and Farm, we strive to model restored landscapes where both people and wildlife thrive. Over 30,000 pounds of chemical-free food is produced annually on just a few acres of regeneratively farmed land within an 86-acre nature preserve. A total of 19,921 birds of 104 species have been documented (through banding) using the Preserve since 2010 (Figure 1).

Figure 1. Total new birds from 2010-2023

Here, food and feathers exist in harmony; instead of dominating the land with sights set only on profit, the land is honored with our sights set on feeding the community while bolstering biodiversity and ecosystem health. Birds are free to use the farm to refuel during migration or even nest during breeding, and the farm, in turn, benefits from ecosystem services like pollination and pest control, thanks to the preservation of adjacent native meadows and shrublands. It is in these shrublands where we conduct our migration banding efforts at Rushton Woods Banding Station (RWBS).

SPRING MIGRATION | Aside from the first unseasonably warm week in April, it was largely a cold spring lacking in the southerly winds required to drive migratory birds north to their breeding grounds in a synchronous manner. We experienced our lowest migration capture in our station’s 14 year history: 237 total new birds. Many factors can affect capture including habitat change, global population declines, weather, and effort. Because we only band three days per week and spring migration is rapid (with birds racing to be the first back to the best breeding grounds), it is possible we missed some of the waves of birds moving through. Nonetheless, the data did show delays in spring migration with the highest season capture (49 new birds) occurring on May 9th, one of the latest peaks experienced at RWBS.

Nonetheless, the Northeast’s dazzling diversity of warblers is never more evident than in May when they’ve donned their nuptial plumages and put forth their unique and soulful notes into the collective spring orchestra. Our catch included the wide-eyed Canada Warbler with her bohemian necklace of onyx, the zebra striped Black-and-white Warbler, the calico streaked Cape May Warbler with his striking orange face, the Magnolia Warbler with his stunning black mask and bright yellow throat, and the steel blue cloaked Black-throated Blue Warbler. Few artists could fabricate such a kaleidoscope of patterns and colors.

Some birds return to us year after year, exemplifying the importance of protected habitat, like Rushton Woods Preserve, as places birds can count on for refueling, overwintering, or nesting. One White-throated Sparrow, for example, was originally banded at Rushton in 2021, caught again in spring of 2022, and again in April of 2023. This bird likely overwinters at Rushton each year before returning to its northern breeding grounds in New England or Canada.

Baltimore Orioles are the impresarios of our hedgerows, belting out their whistle songs from the treetops once they return in May. Last spring we captured an adult male that we had originally banded in 2018, making him at least 7 years old! Each spring, he dutifully returns to Rushton to breed after overwintering in similar habitat in the tropics — quite possibly that offered by shade grown coffee farms — relying on the diversity of canopy structure offered by regenerative agricultural practices.

SUMMER BREEDING | Summer is the time when our banders retreat to the coolness of Rushton Woods to study the breeding populations of birds in our woodland for a national effort called MAPS (Monitoring Avian Productivity and Survivorship).

After a low catch of birds in 2022, we were up to a nearly all time high in 2023 with 155 birds of 17 species. We caught a record number of Gray Catbird (59), Carolina Wren (6) and Red-eyed Vireo (7). The former is unexpected as vireos are common breeders of the canopy where we cannot place our nets.

Another tree-top dweller that surprised us last summer was an adult female Scarlet Tanager. As we banded this beautiful yellow bird, her scarlet-colored mate impatiently scolded us from an uncharacteristically low perch. Though we hear males singing each summer, we were unable to fully confirm breeding success until observing this female in hand with a full brood patch (indicating a nest with young). As a State Responsibility Species, Pennsylvania plays a significant role in sustaining the global security of Scarlet Tanagers by hosting 10% of their breeding population.

FALL MIGRATION | The fall procession of southbound neotropical migrants is slow and steady — with birds no bigger than a third of an ounce winging their way along ancient pathways stretching for hundreds of miles in the star studded dark of night. This goes on for almost a month longer than the hurried spring migration, creating multiple waves of species moving through (Figure 2). Like clockwork, as the radiance of the goldenrod fades and the leaves become one with the autumn wind, the bounty of bright warblers morphs into the more muted earth tones of sparrows and kinglets.

It was a relatively warm fall with the first week of September bringing an unprecedented heat wave during which temperatures soared dangerously high for safely operating mist nets. The health of the birds is our highest priority, so the station was closed for the entire week on account of heat for the first time ever. Once the season got underway, however, it turned out to be a successful one with the exception of a record low number of Ovenbirds (only one individual compared to our usual 15-30).

The catch included record high counts for Ruby-crowned Kinglet (113), Swamp Sparrow (33), Nashville Warbler (6), and Hermit Thrush (55). As one of the most intricate songsters of the bird world, the Hermit Thrush’s reedy tremolo echoes throughout woodlands of the mountains and the north. This shy bird is the hardiest of our brown thrushes and least dependent on tropical forests for wintering, often seen throughout the winter in our own PA backyards. For this reason, it is separated from the earlier migrating thrushes in the wave graph (Figure 2).

Figure 2. Representation of of species groups during fall migration | 2010-2023

Birders also help us document the species waves of migration. Last September, a local birder captured a spectacular sight: a Cape May Warbler feasting on cherry tomato juice at Rushton Farm! Most warblers primarily eat insects, but this striped sprite has a specialized, slightly decurved bill that allows it to also probe flowers and fruits for nectar; their long, curled tongues allow them to imbibe from ambrosias not available to other birds —from black cherry and tulip poplar flowers to grapes and tomatoes.

Back at the banding station, we had some rare captures last fall including a Mourning Warbler (only the fourth ever for our banding station) as well as our very first Orange-crowned Warbler in late October.
Orange-crowned Warblers are uncommon in the eastern United States during migration. As one might expect from the similarities of its fine, pointed bill to that of a Cape May Warbler, the Orange-crowned can also feed on nectar and sap, as well as berries and insects. In the west, they are known to dine from Red-naped Sapsucker wells! Its varied diet allows the boreal-nesting Orange-crowned to travel south later than other warblers.

The highest catch of the fall season occurred following a cold front on October 24th with a total of 126 birds of 17 species, including a Winter Wren. This magnificent little creature is a brown ball of plain, speckled feathers that has been gifted with one of the most stunningly spirited songs of the bird world — the ebullience of which has earned him the title of “heart of the forest.” Per unit weight, the Winter Wren actually delivers its song with ten times more power than a crowing rooster!

Last but not least, we ended the season with the first Fox Sparrow since 2017. Unmatched in elegance, the Fox Sparrow is a true bird of the north, nesting from Alaska east to northern Quebec and the Maritimes. Homeowners can provide suitable overwintering habitat for Fox Sparrows by creating or preserving thickets, early successional shrublands, and second-growth forest.

Conclusion | We do not take the temporary care of such wild beauty lightly, and it is the transient presence of these incredible trans-continental animals in our little preserve that casts a hushed reverence on banders as they begin their work in the mystical pre-dawn.

Bird banding is a powerful tool in bird conservation, allowing us to study species abundance and diversity, population patterns, survivorship, and productivity of migratory and breeding birds as well as ecosystem health. For a more in depth look to view Rushton Woods Banding Station (RWBS) Songbird Banding Report 2010-2023 click here.

Filed Under: Uncategorized

Rushton Woods Banding Station Annual Songbird Banding Report 2022

March 27, 2023 By Bird Conservation Team

By Alison Fetterman, Bird Conservation Associate and Northeast Motus Project Manager
and Blake Goll, Education Programs Manager

Hooded Warbler. Photo by Blake Goll

“Oh Canada, Canada, Canada!” The wistful song of the White-throated Sparrow languidly drifts over the early spring landscape of our region, heralding the end of winter and the coming vernal equinox. Even those not attuned to individual avian sonatas can recognize these indelible notes punctuating the change of seasons. Humans are hard-wired for connection to nature, and birds provide that copacetic anchor. Watching them go about their day can make us feel grounded as fellow creatures of the earth; hearing them sing brings contentment and a sense of wellbeing; and admiring their colors and diversity ignites our curiosity and fascination.

We need birds. Not only for the joy they bring to our lives but for the life they bring to our world. They pollinate plants, disperse seeds, eliminate insect pests, and play a critical role in many different ecosystems. To an ornithologist or a bird bander, monitoring the population of birds allows us to take the pulse of the environment while measuring the success of science-based conservation initiatives and quantifying the value of land conservation.

Spring Bounty | Warblers and Woodpeckers | April and May are mirthful months when Rushton Woods Preserve (RWP) becomes a veritable jungle lit up with the tropical sounds and sights of the most delicate and breathtaking of the bird world: the wood warblers. These exquisite birds feed largely on insects gleaned from leaves, so their northward progression coincides with the leaf-out in our temperate throughway. Some will stay to breed in Rushton like the Ovenbirds, Common Yellowthroats, and Worm-eating Warblers, but most continue on to more preferable habitat or northward, as far as the boreal forest of Canada. Such passerby species included: Black-and-white Warbler, Black-throated Blue Warbler, Northern Waterthrush, Nashville Warbler, and Blue-winged Warbler.

Overall, spring 2022 produced our highest number of individual birds captured in any spring for a total of 510 (Fig. 2), as well as the highest diversity totaling 55 species. This spring saw a record number of 16 warbler species, though not as many individuals — 117 compared to 161 in 2021 (Fig. 3). One of the highlights was a male Hooded Warbler (second ever for the station), resplendent in lemon yellow contrasting with his ebony hood. This is a bird that seeks mature coniferous woodlands for breeding, or wooded swamps with labyrinthian undergrowth. Under the cool hemlock trees it emphatically proclaims in a tone as clear and pure as the forest air, “tawee-tawee-tawee-tee-o!”

Another unique occurrence this spring was the significant number of woodpeckers. Not only did we catch all five breeding species (Downy Woodpecker, Hairy Woodpecker, Pileated Woodpecker, Red-bellied Woodpecker, and Yellow-shafted Flicker) for the first time ever in one season, but we caught double the number of individuals for a total of 18 (Fig. 4)! The increased presence of these birds indicates the habitat may be shifting to more dead standing trees — called snags — in the forest and hedgerows. Woodpeckers begin nesting early in the spring, so these individuals were likely already raising chicks in the snags.

Their unique ability to excavate cavities with their strong bills makes woodpeckers keystone species, paving the way for other cavity-nesting birds and mammals who do not possess the tools and talent to make their own. More than 40 bird species in North America depend on woodpecker carpentry for their nest and roost cavities. The woodpeckers’ need for dead or dying trees shows the importance of not over-tidying our landscapes; wherever they do not pose a threat to humans, dead trees should be left as vital components of the food web.

Summer Nursery | Cradle of Caterpillars | The end of May marks the close of spring migration and the start of the hurried nesting season. In the northern hemisphere, songbirds must take advantage of the relatively brief period of increased solar energy that allows for the creation of offspring — powered largely by the dazzling diversity of plant-eating insects. In particular, caterpillars are the herbivores that transfer more energy from plants to animals than any other plant-eaters. Birds, being experts at efficiency, capitalize on caterpillars because their large size and soft bodies make for easy energy packets for nestlings.

Caterpillars are also full of protein needed for nestling growth and antioxidants for plumage development and immune function. The only caveat is that caterpillars tend to be host plant specialists, having evolved over many years to be able to eat only one or two plant lineages to which they were exposed. Therefore, native plants hold the key to supporting population growth in birds. According to Doug Tallamy, author of “Bringing Nature Home,” one pair of Carolina Chickadees — a common breeder at Rushton — must find up to 500 caterpillars a day to rear one clutch. Chickadee parents attempting to raise chicks in a suburban neighborhood that is largely dominated by non-native ornamental plants have a greater risk of failure.

Rushton is one of more than 1,000 banding stations in North America participating in MAPS (Monitoring Avian Productivity and Survivorship) through the Institute for Bird Populations to understand breeding success of songbirds. Our 12 years of MAPS data show that we have 38 breeding bird species nesting in or around Rushton Woods, including State Responsibility Species such as the Wood Thrush and Scarlet Tanager. Our capture was relatively low last summer with only 107 individual birds (Fig. 2). With a record number of falling trees in the woodland habitat and plant communities shifting to non-native plants, the low numbers could suggest the habitat quality is deteriorating.

However, there are myriad other factors in a bird’s annual cycle that could also be affecting our breeding numbers, including natural fluctuations over time. For example, conditions on wintering grounds and migration routes can affect the survival rates and reproductive success of birds the following summer, a phenomenon known as “carry-over effect.” Analyzing such trends requires datasets that are broad in time and geographic scale, which MAPS as a whole offers with over 30 years of effort.

At Rushton, we strive to act locally to support this diversity of breeding bird species (and encourage landowners to do the same) by practicing land management initiatives that restore nature’s balance, often through plants. For example, our Land Stewardship Team removed a section of the Preserve’s hedgerow that had become heavily invaded with alien plant species and replanted this area with over 150 native shrubs and trees. These new native plants will act as caterpillar vending machines for our hungry breeding birds and their nestlings, just as neglected snags act as food web drivers. Vital habitat components such as these promote resiliency in our landscapes and productivity in birds.

A Quiet Fall | Honing Habitat | Besides productivity and survivorship, bird banding can estimate recruitment. This refers to the number of birds that survived life in the nest and are now out on their own as part of the adult population. Newly recruited “baby birds” bolster our fall catch significantly, making it typically our highest catch of all three seasons. Last fall, however, marked the lowest capture in our station’s history with only 740 new birds (Fig. 2).

One contributing factor for the low total could have been the unpredictable weather; we were forced to close the station for six days due to rain and/or high winds. Another question arises though; was there a regional lower recruitment of birds due to factors such as climate change, development, or habitat changes? Further research may help tease out some of these answers. One of the nuances of a bird’s annual cycle is that they require different habitats at different life stages. This is one of the reasons we try to manage the Preserve for a variety of habitats, especially early successional shrubland. This is the amorphous, often underappreciated plant community of shrub thickets, vines, and small trees that would naturally exist after a meadow matures and before it becomes a forest.

Carolina Chickadee.
Photo by Aaron Coolman
Pileated Woodpecker.
Photo by Blake Goll
Visitors observe bird banding.
Photo by Aaron Coolman

Studies show that the structure of this type of declining habitat is exactly what many young birds seek during the perilous post-fledging period — the time after they have left the nest and before their first migration. For a young bird learning how to survive, early successional habitat provides an abundance of food, as well as denser cover from predators than open woodlands. Consequently, even a forest-dwelling species like an Ovenbird (a wood warbler that builds its nest on the forest floor) can be observed in shrub habitats after fledging. Many migratory birds also seek shrub habitats during fall migration for the bounty of berries — particularly those of native plants — that provide a rich source of fats and antioxidants needed for migration.

Therefore, in order to promote maximum recruitment of young birds as well as encourage migrants to stop over, we must maintain a healthy shrubland. Some indicators from our data — the increase in woodpeckers, the decline in some shrub-loving species like White-throated Sparrow, and our overall low fall catch — could suggest the maturation and deterioration of our shrub habitat and the need for targeted management. Replacing large trees and invasive species with native shrubs — a project that has begun thanks to our grant from Pennsylvania Society for Ornithology — will help improve the habitat integrity.

Bird banding can also reveal habitat integrity through recaptures. In addition to the 740 new birds banded last fall, 97 birds were recorded as “repeats.” These are birds already banded by us within the same season but caught multiple times, which allows us to calculate their weight gain or loss during stopover. For example, we recaptured one Ovenbird on September 14th that weighed 24.1 grams — an almost 25% increase in body mass from its original capture date on September 1st when it weighed only 19.4 grams. This may indicate that the habitat is satisfactory for Ovenbirds.

White-throated Sparrow. Photo by John Drake
September Banding workshop with PA Game Commission partner. Photo by Aaron Coolman

Some unique fall highlights included a beautiful Mourning Warbler in September, as well as a record number of five Yellow-bellied Flycatchers and three Cape-May Warblers. Cape May Warblers breed in the spruce balsam northern forests where they raise their chicks largely on spruce budworm. An eastern outbreak of this boreal pest may have contributed to a regional population boost for this warbler. During winter they can be found in shrubby gardens or even coffee plantations in the Bahamas and Greater Antilles.

THe People | Our banding station operates so successfully thanks to a dedicated team of staff and volunteers. The diversity of people who visit, study, and train at RWBS make our labor as enjoyable as the array of birds. In the spring, we hosted French banders from Tadoussac Bird Observatory in Quebec, as well as a drop-in bander from Israel’s Jerusalem Bird Observatory. In the fall, BirdsCaribbean sponsored Omar Monzon Carmona and Dayamiris Candelario to train for one month at RWBS to support the Caribbean Bird Banding Network. Another partnership with the Pennsylvania Game Commission allowed us to host a two-day intensive bird banding training workshop led by guest bander Holly Garrod from Montana.

Like the birds who return to Rushton, we hope we’ll see our old human friends again, as well. Birds connect us across continents, returning to the places that supported them and allowed them to thrive throughout their annual cycle. Capable of taking to the skies, they are still forever tethered to the earth — a reminder to us to remain loyal to our roots, bringing hope and healing to the land just as the birds do.

Resources:

  • Institute for Bird Populations | birdpop.org
  • Northeast Motus Collaboration | northeastmotus.com
  • Rushton Woods Banding Station Annual Songbird Banding Report | wctrust.org/research
  • Species Seen List | wctrust.org/birds/species-seen

Filed Under: Bird Banding, Bird Conservation, Bird ecology, Motus

My Conservation Journey: A Tale of Two Countries

December 1, 2022 By Bird Conservation Team

By WCT Bird Conservation Associate Phillys N. Gichuru
Cover Photo by Jennifer Mathes

My first memorable conservation experience was when, as an undergrad, my population genetics professor walked into the classroom and very nonchalantly said he was going to miss one of our classes, because he was going to participate in the translocation of elephants from the larger Narok area into Maasai Mara National Park in Kenya. Of course, all five of us in the classroom asked if we could go along too. That experience is how I was sold on conservation as a viable career option for me. It was the thrill, the tender care for each animal, and the passion for the job that drew me in. This was true for every job experience I took on after that. 

I went on to work with Ol Pejeta Conservancy as a field technician affiliated with my university at the time, collecting black rhino (Diceros bicornis) dung samples for non-invasive genetic analysis to study population genetics. Technically, the fresher the dung, the better the chances of getting DNA from it. What was most endearing about this experience is because black rhinos are critically endangered, at the time, every rhino in this population was monitored very closely to reduce poaching incidences. Over time, each warden knew every little detail about the rhinos, and they called you when the dung was fresh with a bonus story of how they had just gotten chased by a rhino and had the torn trousers to prove it. 

While conservation in Kenya and the US is very similar in a lot of aspects — including my observations they both rely heavily on donors/fundraising, habitat loss is a never-ending concern, and passion drives most people in this field — it is also very different. Most of Kenya’s wildlife can be found in protected areas, Kenya does not employ hunting as a model of conservation, and most obviously, we have a lot more charismatic megafauna that tend to get a lot of attention. In parallel, Kenya heavily relies on tourism to fund conservation. Protected areas in Kenya are either federally owned (National Parks) or privately owned (mostly conservancies). While there are private conservancies, the federal government has a huge stake in management of endangered/critically endangered species such as the elephants, black rhinos, Hirolas, Sable, and Roan antelopes, wild dogs, Grevy (zebras). 

Oh! If it wasn’t obvious, we took part in that elephant translocation. The adults get darted and tranquilized from a helicopter and you swoop in very fast with a 4-wheel car right before they go down. To tranquilize the calves, if present, we load them on a huge truck and move them to the park. It takes phenomenal precision.

Now at WCT, I am far from the savanna and I work to conserve animals that are significantly smaller than the elephants and rhinos. I’ve found that the precision required in the elephant translocation process lends itself to the precise skills used to gently remove birds from our mist nets before wrapping tiny bands around their slim legs in the bird banding process. Conservation comes in all shapes and sizes.

To learn more about the science of endangered feces, click here.

— By WCT Bird Conservation Associate Phillys N. Gichuru

Filed Under: Bird Banding, Bird Conservation, Conservation, Nature, Staff

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