With the Covid-19 pandemic and the restrictions on travel, as with so many places around the world, REGUA tourism levels have collapsed.
Rainforest Trust, who have helped to raise funds for us over the years, came to our aid and helped us support Adilei, REGUA’s bird guide until guests can return.
With this hiatus in his usual work Adilei has been able to do many regular walks around the reserve as well as maintaining the trails. On a recent survey of the wetlands, Adilei spotted a female Masked Duck in the middle of one of the wetland lakes. He played the call and to his surprise the bird flew toward him and landed a few metres away. The bird called with a series of short high-pitched calls in a falling crescendo.
Masked Duck is associated with wetlands which have rafts of water plants on the surface. They use these plants as camouflage and hide out of sight. As it is small duck and sits rather low in the water it can be very hard to find. Adilei’s photograph actually shows the bird in relatively clear water, maybe it was reassured by the call and Adilei’s calm, quiet enjoyment.
REGUA’s wetlands have always had this species and many guests have seen it here, however as the wetlands have matured and with the growth of the planted trees, and increased weed growth, sightings have reduced and they have become increasingly hard to see.
A male was seen last year and with this latest sighting, hopefully we will be able to see more of them in the future.
Birding at REGUA is not so easy and demands much attention and physical resistance from the birder. Trekking up slopes of what remains of the Atlantic Rainforest in a hot climate and with birds that are naturally shy, makes for hard birding conditions. The forest litter that protects the soil and retains soil moisture makes for noisy crunchy walks, giving away one’s presence in the attempt to catch a glimpse of any bird. One of the toughest birds to see is the Solitary Tinamou, (Tinamus solitarius), a large terrestrial bird that was historically much persecuted for Sunday meals. The Solitary Tinamou is an Atlantic Rainforest endemic feeding mostly on insects and toady it is labelled “Near” threatened by the IUCN red data list.
Though hunting has significantly reduced at REGUA, on any forest walk, we can hear these birds call very occasionally, though to see one is another matter. It is probably easier to find a ground nest with a couple of emerald green eggs than the birds themselves.
Adilei recounted his joy at hearing an adult call on one of his walks and when trying to stalk it found only a young chick attempting to merge in with the leaves. Naturally well camouflaged, it went into the brush to make it hard to catch a crisp image. This was a joyous moment for Adilei, as one so rarely sees these birds in the wild. A good sign that REGUA efforts in protection and conservation is contributing to increase their numbers.
Mscstudentfrom Rio de Janeiro StateUniversity, João Souza, isdevelopinghisfieldworkat REGUA for hisresearchprojectaimingtoestablishhowfragmentedareas in theAtlanticForest couldaffect secondary productionoftadpoles.
João alsowishesto demonstratethroughhisresearchthe important role of isolatedmothertrees in helping tomaintainnatural ecosystem processes. As partofthese ecosystem processes heisspecificallylookingat net secondaryyeld, however it is importantto rememberthepreviousstep – rawprimaryyeld. Terrestrialecosystemsrelyonthesun’senergy tosupportthegrowthandmetabolism of theirresidentorganisms. Plants are known for beingbiomassfactories poweredby sunlight, supplyingorganismshigherupthe food chainwithenergyandthestructural “buildingblocksoflife”. Autotrophs are terrestrial prime yeldproducers: organismsthatmanufacture, throughphotosynthesis, new organicmolecules (carbohydratesandlipids) fromrawinorganicmaterials (CO2, water, mineral nutrients).
The energyfromthesunisstoredonthenewlycreatedchemicalbonds, beingthensourceofenergytoheterotrophorganisms. Heterotrophs are secondaryyeldproducers, ratherconsumingthanproducingorganicmolecules.
Net secondaryyeld (NSY) historicallyrepresentstheformationof living biomass of a heterotrophicpopulationorgroupofpopulations over some periodof time. It’sknownthatnotall food eatenby an individual isconvertedinto new animal biomass (NSY), only a fraction ofthe material ingestedisassimilatedfromthedigestivetract; theremainder passes out as feces. Ofthe material assimilated, only a fractioncontributestogrowthofanindividual’smassortoreproduction — bothofwhichultimatelyrepresent net yeld. Most oftherestisconsumedbynormalmethabolims (like respiration).
João’sresearchmaysupplyimportantdata highlightingtheimportanceofconservingvegetationfragments – evenstandingtrees – to help maintainessential natural ecosystem processes like NSY. He alsowishestounderstandhowthe groupofanurans, oneofthelargestvertebrate taxa withmanythreatenedspecies,isaffectedbythelossofvegetation.
Every evening, for the last six months, REGUA´s Visitor Centre wasvisitedby a mysterious nocturnal animal. It was common to see pellets and white stains on cars and all over the floor first thing in the morning. Wefinallyfound outthat the elusive creature was a Barn-owl (Tyto furcata)! Itisnestingatthe top of an oldtree byREGUA’s common area and feeding on small vertebrates.
Widelydistributed, thisspeciesoccurs in alltheAmericas, except for thedenselyforestedregionsoftheAmazon. Barn-owls inhabit open andsemi-openareasandthey are more activeatduskand at night. They arecommonlyseenflyingloworon top offencesalong theroad. Duringday time, they sleepornest in churchtowers, atticsofhousesandtree hollows. Anunmistakablefeatureofthespeciesistheirheart-shaped face. Males andfemales are quite similar however,the male maypresent a whiteunderpartwhilethefemalemaypresent a cream to light browncolourunderpart.
Barn-owls feed on rodents, invertebrates and some largermammalsandsmallbirds. Studieshaveshownthat this species is able to separate different materials in theirstomach, including hair, bonesandother non-digestibleparts. The pellet cycle is regular, regurgitating the remains when the digestive system has finished extracting the nutrition from the food. This is often done at a favourite roost. When an Owl is about to produce a pellet, it will take on a pained expression. Owl pellets differ from other birds of prey in that they contain a greater proportion of food residue. This is because an owl’s digestive juices are less acidic than in other birds of prey.
Scientific research, contributes to the generation of local knowledge and helps the scientific community to fill in several gaps and areas of knowledge that still need to be investigated.
This week we have the visit of two researchers, Ederson and Beatriz, from the Federal University of Rio de Janeiro (UFRJ), who are looking for Amalactus carbonarius species larvae. This beetle belongs to the Curculionidae family, known as Weevils. It was found recently that this species finds shelter on the Southern Cattail (Typha domingensis), which is found at REGUA’s wetlands.
Typha domingensis is a very invasive plant spreading freely when in a suitable site. This is fine when growing on its native habitat, but the plant can become a serious weed in managed aquatic systems worldwide.
For that reason, it is important to keep the right balance between the area these plants occupy, in order to guarantee a minimum number of individuals that can shelter different insects.
The Rufescent Tiger-Heron (Tigrisoma lineatum) is often seen at REGUA’s wetlands. This species belongs to the Ardeidae family and inhabits Central and South America. Its head, sides of the head, and long, thick neck are rich chestnut brown to rufous cinnamon. The bill is relatively long, up to 10 cm, appearing slightly up tilted, and varies in colour according to age and season, in ways that are not well understood. Immature birds are variable, undergoing gradual plumage changes through the fifth year. The adult Rufescent Tiger-Heron is identified by its rich chestnut to rufous brown neck and head, dark and white lined throat, dark flanks with narrow white bands, white banded under wings, and relatively long neck and lower legs. Male and female reaching adult age are alike, although there is an indication of sexual difference in plumage details.
This species inhabits wooded tropical swamps. It occurs especially along slow-moving rivers in swamp forests, gallery forest, mangrove swamps and in other extensive forested wetlands. It is a typical bird from the great wetlands of South America, the Amazon, the Paraguayan and Argentinean Chaco, and the Brazilian Mato Grosso. It is common to spot them on rainy and dark days, as they seem to be lonely bird. Their nests are often built on top of trees and shrubs, composed by many sticks. The breeding season is not well documented and there is a need for additional study. Its diet includes fish, amphibians, insects, and snakes. Its long tarsus, bill, and neck suggests a primary adaptation for fishing. When they feel threatened, they remain motionless until they finally fly, finding shelter on top of the trees.
These pictures were taken by Claudia Bauer, a renowned Brazilian ornithologist who belongs to a birdwatcher’s club in Rio de Janeiro. She often comes to REGUA to photograph birds and nature. It is an inspiring hobby!
January 31st, “Private Reserve for the Patrimony of Nature”.
(RPPN Portuguese acronym) Brazil’s Atlantic Rainforest is basically tropical forest that stretches 20 degrees of latitude hugging South America’s continental rim. From seashore and beach vegetation to lofty mountain peaks, this biome is a mixture of endless habitats with unique and rich biodiversity that contributes to one of the highest rates of endemism on the planet. However, it is also the region of historical occupation and this has made this region a global conservation “hotspot”, and it needs all the help it can get!
Três Picos State Park and adjacent protected areas form the largest remnant of Atlantic Forest in the state of Rio de Janeiro. It is in this area that the NGO Reserva Ecológica de Guapiaçu (REGUA) is located. REGUA’s mission is the protection of the Guapiaçu catchment and one effective tool for long term conservation is the creation of “Private Reserve for the Patrimony of Nature”, or simply “RPPN” of a property’s forested area. REGUA applies to the RJ State environmental agency INEA, requesting areas be officially registered as RPPN.
REGUA has established 5 RPPNs adjacent to the Park’s perimeter, totaling 700 hectares and REGUA wants more!. Activities such as environmental education, scientific research and visitation can occur with the support of REGUA´s staff.
RPPN offers protection for biodiversity and defines the land use of areas outside existing parks, both important aspects for future regional planning. Any farmer with forests in their property can effectively protect them and we hope that more land owners rally to having a RPPN!
Today we celebrate the “RPPN” day and we wish all the success to the owners and congratulate the authorities INEA and ICMBIO for actively participating and supporting this process.
This week, at REGUA’s orchid house, the species Miltonia moreliana was in flower. It is a beautiful orchid usually found at around 300 metres above sea level in old secondary forests.
A small South American genus of which nine species are found in Brazil and seven of these occur in the Serra dos Orgãos mountain range. Miltonia moreliana requires abundant sun exposure, moderate humidity and ventilation.
Whenever we feel like getting to know orchids occurring on our mountain range a bit better, we ask specialists like Maria do Rosário de Almeida Braga or we look at the book “The Organ Mountain Range, Its History and Its Orchids: Rio de Janeiro” by David Miller(Author), Richard Warren (Author), Izabel Moura Miller (Author and photographer) and Helmut Seehawer(Contributor). It’s a fantastic publication!
On March 1st 2019, the UN General Assembly declared 2021-2030 UN Decade on Ecosystem Restoration. There exists an urgent need to accelerate global restoration of degraded ecosystems to combat climate change and biodiversity loss. Healthy ecosystems are essential for sustainable development that contributes to poverty alleviation. The UN Environment Programme and UN FAO (Food and Agriculture Organization) are leading the global movement which includes over 70 countries committed to restoring more than 170 million hectares of degraded land worlwide. Ecosystem Restoration implies environmental,social and economic gains through which people´s well-being and nature´s resilience is enhanced.
REGUA is one example of good practice conducive to these global goals.
Among the few students who visited REGUA last year, a very atypical year in which most universities’ field trips were cancelled due to Covid-19 pandemic, PhD student Beatriz Ferreira proceeded with her research topic of evaluating how pasture management with isolated tree clumps decreases the effect of deforestation and encourages the presence of Anuran tadpoles in pasture puddles.
Anurans use these ponds for reproduction which become fundamental to their existence. Jefferson Ribeiro and Orlando de Marques Vogelbacher accompanied Beatriz on her last 2020 field trip to REGUA. They are both Biology PhD students and have taken beautiful pictures of flora and fauna found at REGUA.
For the last 20 years, REGUA has been encouraging and supporting research carried out by national and foreign universities.
Research at REGUA is one of the main pillars on which we base our conservation mission in the upper Guapiaçu watershed. Ultimately, understanding the dynamics of nature allows us to acknowledge that Mother Earth’s environmental services are paramount to human permanence on the planet.
We hope continuing welcoming researchers and students this year.
Plants belonging to Dahlstedtia genus occur exclusively within the Atlantic Forest in Rio de Janeiro, Paraná, Santa Catarina and Rio Grande do Sul states in Brazil.
This genus is represented by two species: D.pinnata and D.pentaphylla. However, some specialists consider the genus as monotypic. Dahlstedtia plants grow both as bushes and trees. Hummingbirds regularly visit their beautiful pink or reddish flowers.
Locally known as “Timbo”, its roots and bark were used by indigenous people to dumb and asphixiate fish as part of their fishing practices.
This Dahlstedtia was found and photographed within a new acquired area by REGUA.
The “Bosques da Memória” Campaign 2020 is all about planting trees as a tribute to COVID-19 victims, and a way to thank doctors and those working in hospitals in Brazil.
We are all going through a difficult year due to the Covid pandemic, forcing us to slow down and adapt to a different life style. This only adds to the climate crisis and the forest fires and deforestation, which have destroyed many forests in Brazil.
This campaign offers us some hope to change the loss of forests, reminding us of the risks of climate change.
Trees to be planted at REGUA will be dedicated to those impacted by Covid. There are already 21 sites sharing in this campaign across the country. The idea is to involve different conservation institutions, NGOs and those individuals who want to take part.
Anyone who feels like dedicating the memory of a lost one through planting a tree, please contact us.
The Dutchman Jean-Paul Boerekamps visited REGUA in 2018 and returned last week in spite of the global Covid scare, to complete a Bioblitz around the mountainous region of Nova Friburgo and also at REGUA. Though a birder, he has become increasingly a Naturalist and through the digital platform “Inaturalist”, he came to SE Brazil with the mission of photographing and uploading images of all creatures and plants, and inspiring others with his passion!
REGUA’s Bioblitz lasted a week and together we managed to make one thousand different species observations, half of which have been positively identified by the Inaturalist community. JP visited “Waldenoor”, a restored area that slowly shifts into a more mature forest; the green trail, where he was accompanied by Rildo de Oliveira, in charge of patrolling/monitoring the highest and most preserved forests at REGUA; the “Fragment”, where he could walk through a special remnant of well-preserved lowland forest; and the Vecchi reserve, 15 km away from REGUA, composed mostly by open areas, allowing whoever visits it to have a good idea of local biodiversity.
JP photographed many moths that came to the moth wall every evening, attracted by light that strongly stimulates/excites them. One special observation was a moth belonging to the Notodontidae – subfamily Dioptinae.
According to our butterfly expert Jorge Bizarro, this is an uncommon species, which is difficult to identify. Jorge knows that it belongs to the subfamily Dioptinae, a group of diurnal Neotropical moths, many of which have bright winged colours. Identifying certain species on i-naturalist is never easy, so sharing one’s observations allows one to practice the concept of citizen science and allows one to exchange knowledge with others similarly interested in th same subject. This process allows experts and beginners to exchange information.
Now that the Bioblitz is over, we can add observations to ‘REGUA Biodiversity Celebration’, a long term project that is soon to reach 10 thousand observations by the end of this year. If any of you would like to help us, any of you who have visited REGUA may contribute to this project by uploading previous observations. It’s quite straightforward; you just need to create an Inaturalist account and upload your photographs from your computer or your phone. We would really like you to help us achieve this result. Here is the link; https://www.inaturalist.org/projects/regua-biodiversity-celebration and add your sighting! Thanks JP for sharing your passion with us all here at REGUA!
We are preparingourselves for a Bioblitz weekthatwill take place in midNovember 2020. The projectentitled‘REGUA Bioblitz 17-24 November 2020’ ispartoftheInaturalistcitizenscienceinitiative. INaturalistis a platformwhereyoucanrecordwhatyousee in nature, meeting othernatureloversandscientistsandlearningaboutthe natural world around us. Youcan use it torecordyourownobservations, eitheruploadingyourpicturesonthe website orevenusingthe app. It’s recommendable downloading the app. The platform uses AI (artificial intelligence) for flora and fauna identification in case youneed some help.
Everyonecanbecome a naturalistphotographingtheirsubjectofinterestcontributingtoscience. Adheringtocitizenscienceallowsustolearnand understandaboutnature. Thereisalso a longtermprojectcalled ”REGUA BiodiversityCelebration” thatalreadycountswith more than 7.000 observationsexhibiting more than 1.700 flora and fauna species. Thisprojectwasconceivedbythecontributionofmanypeoplewhopostedtheirphotographs, includingpastrecordsfromprevioustripsand some otherswhohelpedtoidentifyspecies. Addingobservations help REGUA acknowledgewhichspecies are presentwithin its territory. It’sworth consideringthe following tips:
Everypictureisrelevant. Youdon’thavetobe a brilliantphotographer (onthecontrary, in some cases the system learns more from low resolution images);
Youdon’thavetobe a specialistto post observations. Youcan upload pictures ofordinary, daytodayspecies. Just informthe system which is the taxonomic group you are referringto;
WhenpostinganobservationwithinREGUA’sterritory, it willbeautomaticallyincluded in theprojectrelatedto REGUA;
It’s a goodopportunitytolearnaboutthedifferenttaxonomicgroups. Bear in mind there are specialistslookingatyourobservationsandthattheycan help you identify them;
It’sfunto go throughInaturalistandyouwillhavegood memories of REGUA whileuploadingyourpictures.
Professors Fernando Fernandez, Alexandra Pires, MaronGalliezand Marcelo Rheingantzconceived REFAUNA projectwiththepurposeof reintroducing and managing fauna species which are locally extinct or are suffering some level of threat within their original distribution. Introducing animals into the wild helpreestablish theinteractionanimal-plantandecological processes, contributing forthedevelopmentof a healthyandbalancedecosystem. The fundamental ecological processes of ecosystems are the water cycle, biogeochemical (or nutrient) cycling, energy flow and community dynamics which support the long-term persistence of biodiversity.Fragmentationand habitat losshavenegatively impactedmediumandlargerforestmammalpopulations. In largeforestfragments, overhuntinghasdrivenseveral mammalspeciestobothsignificantpopulationreductionand speciesextinction. Thishumaninterference in forest dynamics hasimpactedspeciesdiversityandabundanceresulting in what isknown as “defaunation’ in theAnthropocene .
REFAUNA Tapir reintroductionprogrammeat REGUA started in 2017 andis supported and implemented by Rio de Janeiro Federal University (UFRJ), Rio de Janeiro State University (UERJ), Rio de Janeiro Federal Rural University (UFRRJ) and Rio de Janeiro Federal Institute (IFRJ). To date, 11 tapirs (femalesand males) havebeenreintroducedwithinREGUA´sland.
In August 2020 we had the female tapir Jasmin arriving at REGUA. She came from Guarulhos zoo, in São Paulo, and spent about 3 months on the release pen to get familiarized with the new environment. There were feeding points set up by one of our staff members, Sidnei, who came every day to feed Jasmin. Finally, the release day arrived! It was meant to happen the previous day; however, Jasmin was a bit moody and nervous, so she threw herself into the puddle and didn’t leave the release pen area. Only today we managed to open the gate allowing Jasmin to leave the release pen without hesitation. These next days are very important to keep track of Jasmin. She is being monitored by a tracking collar and she will probably be looking for a place to settle.
British artist Josef O’Connor has teamed up with our UK partner the World Land Trust to help save 20 hectares of Atlantic Forest in the Guapiaçu valley. Josef is selling edition prints of his work entitled Going, Going, Gone, currently on display as Lot 44 at the Royal Academy Winter Exhibition in London.
Centuries of deforestation have left a mere 7% of the original Atlantic Forest area standing, and what is left remains highly threatened. With generous donations, REGUA is able to purchase areas of Atlantic Forest in the Guapiaçu valley as well as reforest cleared areas to connect these fragments, restoring deforested land and preserving the Atlantic Forest’s unique biodiversity.
Going, Going, Gone features a visual representation of the area to be purchased. Lot 44 is a screen-print onto an aerial photograph of the region, with 100 prints available at £400 each to raise £20,000. Each print sold in the edition equates to 0.5 acres.
Josef is hoping that environmentally conscious art lovers will help him raise funds to save this area of forest. “We all know our way of life is killing the planet, so we have a clear choice – either take responsibility for our actions and work together to bring about positive change, or face the stark reality that the ecosystems we all rely on will soon be lost forever. Going, Going, Gone was conceived to encourage people to be part of the solution. It’s a great opportunity to be part of something truly transformational, so I’m hopeful it will really appeal to those determined to make a difference.”
Going, Going Gone by Josef O’Connor will be on show until 3rd January 2021, and prints of Lot 44 to raise funds for this appeal are available for purchase here.
The Water Quality Monitoring Programme is an integral part of Guapiaçu III Environmental Education scheme at Regua. This initiative aims at raising young people’s awareness of water resources, its use and its care indicating the association between forest and water provision.
The programme targets Cachoeiras de Macacu and Itaborai municipal and state-run school students who are trained to collect and analyse the Guapiaçu, Macacu and Caceribu river waters. Water sampling (physical, chemical and biological elements in the water) takes place at 12 different sites both upstream and downstream urban areas of the referred rivers.
Covid-19 pandemic outbreak at the beginning of the year forced this programme to be held online with no water sampling trips organized. In October, the project team reinstated the latter following strict guidelines from health agencies including the use of personal protective equipment and working with small groups. The reinstated water sampling trip was carried out at point 7, in Boca do Mato neighbourhood which is located upstream Cachoeiras de Macacu town. Students were able to learn about benthic macroinvertebrates, which are water quality bioindicators.
Water sampling awakens a new approach to water use in young people in addition to being a very different and fun activity. 45 Environmental Monitors in Cachoeiras de Macacu were trained and are now ready to assist Guapiacu III project team in this programme. Guapiacu III project is currently starting the on-line Itaborai municipality school students´s recruiting process.
After the tree planting period, the phase known as post-implementation consists of the maintenance of the future forest. It is important to protect planted saplings especially from the negative effects of opportunistic weeds, insects such as the leaf-cutting ants and diseases. When necessary, new seedlings are to be planted replacing seedlings which have not flourished. These measures are taken to offer ideal conditions for the development of the seedlings, as well as to promote their establishment. A successful reforestation programme depends on efficient management and its periodicity. In general, maintenance should take place every 90 or 120 days, counted from the planting day or period. On a long-term period, maintenance contributes for the reestablishment of ecological services.
Ecosystem services provided by a restored area can improve local and regional microclimate, water regulation, stability of slopes, increased quality and quantity of water resources and the reestablishment of biodiversity through the connection of forest fragments.
To verify whether the new forest is developing well and fulfilling its ecological role, it is necessary to monitor and evaluate its growth. We have two monitoring steps: the first one, which follows INEA (Environmental State Agency in Rio de Janeiro) Resolution No. 143 from 2017, that checks the quality of restored areas; and the second one, which evaluates the accumulated biomass and carbon stock in restored areas by ‘Guapiaçu Project’ Petrobras funded project.
The first stage of monitoring happens annually after the tree planting has taken place. The main purpose is to fulfil commitments and legal obligations following INEA`s resolution. At this stage, the methodology chosen is the Rapid Ecological Diagnosis – DER. The procedure to monitor the restored area’s development is based on the direct measurement of seven ecological parameters, which are: density of the planted area, percentage of zoochoric species, height of plants, equitability of individuals, species richness, canopy and grass cover. While measuring these parameters, the spontaneous arrival of new individuals of plants on the restored area can be verified, some older trees are expected to be flowering or fruiting (especially the pioneer species) and also animals on site should be able to be noticed, such as insects, birds, rodents and small mammals.
The second monitoring stage is carried out when four years have passed by. The first 100 ha tree planting that took place in the first stage of the Guapiaçu Project between the years of 2013 and 2015 received carbon certification by the Biodiversity Community Climate Alliance (ACCB). This certification provided a quality seal to these reforested areas. Tree planting carried out in the subsequent phases of this project (more 160 hectares) were incorporated into the biomass accumulation monitoring plan, according to the methodology and assumptions certified with the ACCB, and will be able to receive certification after completing four years since implementation.
Biomass monitoring takes place from the fourth year on because it requires the saplings to have their DBH (Diameter at breast height) more developed so that one can use it as a parameter in the application of allometric equations. These equations are used for the analysis of biomass and carbon stock in the plantations, as well as to obtain the values of CO2 sequestered by the new forest. With that, REGUA took the commitment to monitor the biomass accumulation in these plots over the next 30 years. Over this 30 year span, more than 13,500 tons of carbon are expected to be stored and 49,680 tonnes of CO2 equivalent to be removed from the atmosphere.
If you shop with Amazon, you can help to support REGUA.
Just register the Brazilian Atlantic Rainforest Trust as your “AmazonSmile Charity”. The AmazonSmile Foundation will then give 0.5% of all your eligible purchases to the charity which is supporting the protection and preservation of the Atlantic Rainforest in South-east Brazil and has given over £2.5 million to REGUA in the last 20 years.
Once you have registered the Brazilian Atlantic Rainforest Trust as the charity you wish to support, as long as you log into your AmazonSmile account your purchases will generate vital funds which will help to continue our work.
If you prefer to make a donation directly please click on the donate button at the bottom of this page.
We have had a very sad news recently, the tapir Eva was hit on a dirt road by a motorcyclist, and days later was found dead. Luckily the motorcyclist was not seriously injured. Eva’s eight-month-year-old male offspring has not been hit. We’re setting up reinforced feeding points where Eva often used to visit with her baby, so we’re going to monitor him very closely.
Accidents involving wild animals are a major problem worldwide, it is estimated that 475 million wild animals are run over each year on Brazilian roads. In the case of large animals such as tapirs, these accidents can cause serious trouble. Respecting speed limits and driving carefully on roads near natural areas are ways to avoid these types of accident. Refauna together with Guapiacu III Petrobras funded project and REGUA are providing, with the support of the municipality of Cachoeiras de Macacu, speed reducers and signs for the road near REGUA, to reduce the chance of more accidents.
Eva was the first female tapir to be reintroduced at REGUA. She lived in the wild for almost three years and left two cubs. When she arrived at REGUA, she was very shy and didn’t come too close to people, but after being released, in few months, she didn’t approach anyone any longer, behaving like a wild tapir. She established her territory between REGUA and other rural properties and could be spotted walking with the other reintroduced tapir Valente, the baby tapir’s father. She fully adapted to the wild, as if she had never lived in captivity. We have learnt a lot from the tapir Eva and we are very saddened with her death. It comforts us to know that she had the chance to live a happy life in the wild and that Eva’s reintroduction helped us to gain experience for the reintroduction of other tapirs into the wild. Let’s hope her baby tapir lives a long life in REGUA’s territory.
