Convert oilpalm plantations into rain forest – Climate Action

Fight habitat loss in Asia


Conservation and Research Fund


To prevent further habitat loss in Asia – a biodiversity hotspot – the Conservation and Research Fund (CRF) will convert selected areas of oil palm plantations into near natural rainforest.




Deforestation in Asia; 2022.




Destruction of habitats caused by palmoilplantations in Asia.




Planned reconstruction of habitats and positive impacts on biodiversity 2022.


These areas will reconnect habitats and form an important corridor for wildlife. To find the best way of how to convert oil palm plantations into rainforest the CRF will develop a scientific evidence-based concept which will be put into action in a second step. The tropical rainforests of Southeast Asia are exposed to various threats, such as land use changes owed by deforestation of the rainforest and the establishment of agricultural monocultures. Such processes have serious impacts on climate (loss of carbon storage), water and nutrient cycles (surface flow of water, use of fertilisers and pesticides), biodiversity (destruction of habitat for flagship and other species accelerating species extinction) and regional economies (threat to sustainable livelihoods as monoculture life cycles require new approaches in the near future).




Planned research site in Gunung Leuser National Park, Aceh, Indonesia; FKL; 2022.




Planned research site in Gunung Leuser National Park, Aceh, Indonesia; FKL; 2022.


Palm oil plantations pose a particular problem. They are located on former rainforest areas and are of high regional economic importance, embedded in global economic processes. Nevertheless, they are enormously inferior to intact rainforests in terms of carbon storage and species richness of fauna and flora. Fertilisers and pesticides are used on the plantations, which destroy the soils in the long term. In addition, water resources are extremely polluted. After 30 years of plantation farming, the quality of the soil is so poor that the land itself is no longer economically viable. To counter these environmental problems, two things are needed: scientifically sound concepts to reverse the conversion of rainforest into agricultural plantations, and concrete measures for the benefit of climate, biodiversity and people. This conservation research project aims to do just that: Under the leadership of the Conservavtion and Research Fund a scientific concept for the optimal conversion of palm oil plantations back into semi-natural rainforest will be developed. The associated impacts on water, soil, plants and wildlife are to be researched in a further step in order to obtain a blueprint for an optimal conversion process in this way. This project is the world’s first evidence-based conservation research project to convert palm oil plantations into semi-natural rainforest in Asia.


Cooperation partner in Aceh, Indonesia


Science for conservation

Donate now and help us achieve these goals!

 

This campaign is organised and run by the non-profit organisation: 

Conservation and Research Fund e.V. (CRF) –
Sonnenallee 127 –
12059 Berlin –
Germany

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Detecting poison in white-tailed sea eagles

Save raptors in Germany

 

Especially white-tailed sea eagles, red kites and buzzards are affected by illegal poisonings. Due to the high costs, a systematic examination of the carcasses dissected is not possible, so that analyses by laboratories can only be carried out in selected individual cases.

This campaign wants to establish a laboratory dedicated to detect poison in raptors and in the enviroment. For this a gas chromatograph with mass spectrometer (GC-MS/MS triple quadrupole) should be purchased to strengthen toxicology work of  of Dr Oliver Krone, an international renown expert for raptor science.  With the help of the planned laboratory Krone will be able to analyse biological matrices of wildlife for commonly used toxins.

A triple quadrupole mass spectrometer is a tandem mass spectrometer consisting of two quadrupole mass analysers connected in series. This achieves low detection limits while at the same time being easy to operate. Mainly carbofuran, mephinvos and parathion have been detected in the birds of prey examined by Dr. Krone.

 

A “GC-MS/MS” would enable Dr Krone to systematically examine carcasses and other samples collected in the field for toxins.

 

In the period from 2005 to 2017, a total of 393 proven poisonings or cases with strong suspicion of poisoning were detected in Germany. At least 1,020 birds of prey and owls, i.e. about 59 % of all recorded persecution victims, were killed.

 


Publications

Trinogga A, Courtiol A, Krone O (2019) Fragmentation of lead-free and lead-based hunting rifle bullets under real life normal German hunting conditions. AMBIO, 48: 1056-1064. DOI: 10.1007/s13280-019-01168-z.

 

Movalli P, Krone O, Osborn D, Pain D (2018) Monitoring contaminants, emerging diseases and environmental change with raptors and links to human health. Bird Study. https://doi.org/10.1080/00063657.2018.1506735.

 

Krone O, Auls S, Neurath H (2017) Case report: Secondary poisoning in a white-tailed sea eagle caused by carbofuran. EJWR 63: 91. DOI: 10.1007/s10344-017-1148-8.

 

This campaign is organised and run by the non-profit organisation: 

Conservation and Research Fund e.V. (CRF) –
Sonnenallee 127 –
12059 Berlin –
Germany

in cooperation with KeepNatureAlive

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