FrogLog 103 PDF here - Amphibian Specialist Group
FrogLog 103 PDF here - Amphibian Specialist Group
FrogLog 103 PDF here - Amphibian Specialist Group
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other six working both to culture locally-sourced invertebrate<br />
foods and to care for and conduct husbandry research on captive<br />
frogs. As of June 2012, t<strong>here</strong> are over 70 terraria within the facility<br />
housing eight local frog species. The facility has room to support<br />
at least 300 enclosures, all of which are and will be built by hand<br />
from glass, aluminum, and silicone sourced within Madagascar. It<br />
is expected terraria construction will be completed in early 2013.<br />
Numerous biosecurity measures are taken to ensure the health and<br />
safety of the frogs within. Most importantly, all species that are<br />
and will be kept at the facility are from the surrounding forests in<br />
the Andasibe-area. Additionally, windows, doors, drains and other<br />
entrances to the facility are sealed to prevent pests and frogs from<br />
entering or exiting. T<strong>here</strong> is a strict entrance policy to reduce the<br />
amount of traffic that goes in and out of the building, with personnel<br />
changing into dedicated footwear and clothing in a separate<br />
entrance room. An isolated quarantine room allows frogs to be<br />
acclimated to captivity while their health is assured before being<br />
moved to the room housing established populations. Additionally,<br />
incoming and outgoing water, waste, and materials are disinfected<br />
using heat, desiccation, and/or sodium hypochlorite, and workflow<br />
is prioritized with separate technicians caring for different groups<br />
of frogs on different days.<br />
So far breeding success has been had with two species, with resulting<br />
tadpoles being used in studies on their optimal captive diet,<br />
density, and substrate. If large-scale rescue operations are required<br />
in the future, as has been the case in many other areas of the world<br />
with the introduction of amphibian chytrid fungus Batrachochytrium<br />
dendrobatidis (Bd), information gained from these initial<br />
studies could be applied to closely related species from similar<br />
ecological guilds, facilitating future ex-situ conservation action in<br />
Madagascar.<br />
Mitsinjo now plans to develop an educational and community outreach<br />
center which features live frogs displayed in terraria alongside<br />
educational graphics. This will help expand our organization’s<br />
environmental education activities within the Andasibe community,<br />
as well as provide ecotourists with an opportunity to view<br />
some of the area’s often overlooked frog species, and in turn help<br />
generate funding for the captive breeding and husbandry research<br />
facility. Additionally, Mitsinjo is pursuing funding to develop a<br />
long-term monitoring program for the frogs of Andasibe to track<br />
change in abundance and species richness over time. This work<br />
will compliment Mitsinjo’s current participation in the nation-wide<br />
Bd early detection plan, as well as the husbandry research that is<br />
being conducted at the captive breeding center.<br />
We are extremely grateful to the following organizations which<br />
have supported the development of the captive breeding and husbandry<br />
research facility - <strong>Amphibian</strong> Ark, the Association of Zoos<br />
and Aquariums Conservation Endowment Fund, the Wildlife Conservation<br />
Society, Durrell Wildlife Conservation Trust, Cleveland<br />
Metroparks Zoo Africa Seed Grant, Tree Walkers International,<br />
Biopat, Understory Enterprises, American Frog Day, Conservation<br />
International, Toronto Zoo, and Woodland Park Zoo.<br />
Save The Frogs! Ghana Spearheading Efforts to<br />
Create a New National Park for the Protection of the<br />
Critically Endangered Togo Slippery Frog (Conraua<br />
derooi)<br />
By Gilbert B. Adum*, Emmanuel Akom, William Oduro, Kerry Kriger, Caleb Ofori-Boateng & Mark-Oliver Rödel<br />
The Togo slippery frog (Conraua derooi) is an evolutionarily<br />
distinct amphibian that is a close relative of the world’s largest<br />
frog, the Goliath frog (Conraua goliath). The species is<br />
wholly forest and stream-dependent, living in fast-flowing water,<br />
w<strong>here</strong> all of its life activities (mating, breeding, development) take<br />
place. The Togo slippery frog was once abundant in both Togo and<br />
Ghana but declined precipitously and was not seen for several decades<br />
until it was re-discovered in 2005 in the Togo-Volta region in<br />
Togo and Ghana and the Atewa Range Forest Reserve (Atewa Forest)<br />
in Ghana. W<strong>here</strong>as the Volta region frogs seem to be harvested<br />
by locals for food, the Atewa population seemed to be currently<br />
unharmed, thus holding the only promise of the perpetuity of the<br />
frog. The Atewa Forest has been under threat from mining interests<br />
for nearly a century. As far back as 1914, t<strong>here</strong> were plans to mine<br />
SAVE THE FROGS! Ghana is West Africa’s first non-profit organization<br />
dedicated exclusively to amphibian conservation, and is the first<br />
international branch of USA-based non-profit SAVE THE FROGS!. The<br />
mission of STF! Ghana is to protect Ghana’s amphibian populations and to<br />
promote a society that respects and appreciates nature and wildlife. Gilbert<br />
B. Adum, gilbert@savethefrogs.com<br />
34 | <strong>FrogLog</strong> 20 (4) | Issue number <strong>103</strong> (July 2012)<br />
STF! Ghana and representatives of NGOs against mining in Atewa<br />
meet with King of Akyem Abuakwa, Osagyefo Amoatia Ofori Panin<br />
II.