Information on how to adapt to climate change on pilot sites for forestry in vanuatu.
Climate Change I save spoilem yam blong yumi. Bigfala san I save bonem ol lif, mekem se kaikai I no gud. Bigfala ren I save mekem se kaikai I stink o ol pipey oli kam plante. Samtaem yam I luk redi be kaikai I no gud nomo. Ol saeklon oli save brokbrokem lif yam mo spoilem kaikai blong hem.
Scientist say climate change is already happening and temperatures will go on rising. They expect more extreme and more erratic weather. Sea levels will rise. hundreds of millions of poor people countries will be hit hardest.
Exercises relating to climate change.
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Below are a large variety of exercises that can be used for inspiration to help shape your work on awareness raising in trainings, workshops, within communities, at schools or with (youth) volunteers. |
Grafting hemi name we ol farmer oli usum blo
maretemem ol trees. Yu save mekem grafting
sapos trees oli kam out lo same family group
trees. Exampol, yu save graftem ol aranis,
pamplemus, mo lemon. Climate change I mekem
se plante hud blong yumi oli stap kasem ol
Process ia blong priperem kumala olsem
silage hemi wan wei blong storem kakai
blong pig blong i save stap longfala taem,
mo blong hemi gud mo sef tru long wan
taem blong disaster or wan extreme
klaemet event olsem saeklon.
Ol scientist ol agree se klaemet istap
jenis. Hemia nao wanem oli singaotem
global warming. Igat fulap samting i
contribute long global warming. Hemi igat
increase blo urganization, deforestation
mo rapis fasen blo sakem ol agrikajarol
waste. Klaemet jenis hemi causem ol
samting olsem rise blo silevel mo
temperaja.
Tri o wud hemi wan veri impoten risos
long yumi. Long ol tri, yumi save mekem
fulap samting long hem we yumi usum
long laef blong yumi everi dei. Plenti
man i depend long ol forest, bus mo ol tri.
Bus o fores i givim faea wud, frut,
meresin, pos blong fanis mo haos,
furniture, wud blong carving, handle
blong ol tul, mo planti moa samting. Tri o
wud tu hemi help blong reducem carbon
dioxide long air we I stap raon long wol.
Ol tri oli save holem taet graon tu long
taem blong flooding mo narafala kaen
climate change.
Addressing challenges posed by climate change requires significant financial resources. In the growing literature of climate change, “climate finance” refers to financial resources required to cover the costs of climate actions and investments2. Climate finance is complex because of the diversity of sources of funds, agents and channels to distribute the funds to intended beneficiaries at different levels and scales. The expected scale of climate finance is also significant. Developed countries have committed to mobilize new and additional resources for climate investments.
This guide is designed to support a community-based or local level management and adaptation planning
process. It can be used to explore the non-climate change and climate change threats within a defined
geographic area or community in which there is a clear governing structure and decision-making process.
The area can be large or small as long as the planning team involved in facilitating the process has decisionmaking
authority or has the support from the governing authority of the area. For example, the area might
Vanuatu is expected to incur, on average, 48 million
USD per year in losses due to earthquakes and tropical
cyclones. In the next 50 years, Vanuatu has a 50% chance
of experiencing a loss exceeding 330 million USD and
casualties larger than 725 people, and a 10% chance
of experiencing a loss exceeding 540 million USD and
casualties larger than 2,150 people.
The Tabwemasana Research Project was conducted from 2010-2011 in the Republic of Vanuatu on
the island of Espiritu Santo (Santo) which is the largest in the nation’s archipelago of 83 islands. The
study derived its name (with permission from the local Chiefs) from the highest mountain in
Vanuatu, Mt Tabwemasana, located on the island of Espiritu Santo. The total population of Vanuatu
is 243,304 and Santo is 34,388 (VNSOa 2009). The nation’s population is largely constituted of young
The Pacific Islands region is experiencing climate change. Key indicators of the changing
climate include rising carbon dioxide in the atmosphere, rising air and sea temperatures,
rising sea levels and upper-ocean heat content, changing ocean chemistry and increasing
ocean acidity, changing rainfall patterns, decreasing base flow in streams, changing
wind and wave patterns, changing extremes, and changing habitats and species distributions.
Currently, the most vulnerable areas include low islands (atoll islands and other
Powerpoint presentations to promote awareness of impacts of climate change and practical adaptations.
Erosion is the process where soft shorelines (sand, gravel
or cobble) disappear and land is lost. Erosion generally
comes in two forms; 1) A natural part of the coastal environment
where a soft shore moves and changes in response to
cyclic climatic conditions, and 2) Erosion can be induced by
human interference of natural sand movement and budget
patterns. Erosion can be slow and ongoing over many
years or fast and dramatic following large storm events.
Many erosion problems in the Pacific today, occur because
The assessment of available remote sensing data indicates, that there is almost no potential for
activities reducing deforestation within the CCA/REDD site. Reducing forest degradation by
eliminating invasive weeds might show some potential for emission reductions and removals, but
requires further research to assess the management options and their carbon dynamics.
At the first United Nations Framework Convention on Climate Change
(UNFCCC) Conference of the Parties (COP) held in Berlin in 1995, Atiq
Rahman of the Bangladesh Centre for Advanced Studies gave an
impassioned speech to the delegates and warned, “If climate change makes
our country uninhabitable . . . we will march with our wet feet into your
living rooms.”1 Climate change related impacts such as floods, tsunamis,
hurricanes, and drought have already caused millions of people around the
Presents the outcomes and recommendations from the 3rd Agrometeorology Summit held in Tanna from 20 - 24 May 2013.
The topographic and bathymetric LiDAR survey for Vanuatu was developed by the PACCSAP program in collaboration with the NAB. It included high priority areas of Efate, Malekula and Espiritu Santo, as well as some of the smaller islands nearby. Airborne surveys flown between September and November 2012 captured the data for Efate and Malekula Islands. The survey for Espiritu Santo, which was initially delayed due to poor weather conditions, was completed in May 2013.
Ol aelan blong Vanuatu oli save experiensem ol taem we i drae from El Niño moa wetwet tumas from La Niña. Ol taem olsem, wetem ol kaen weta olsem saeklon i save spoilem wota, kakai, infrastrakja (olsem haos mo rod), laef mo helt blong ol man. Be gudfala infomesen, woning wetem klaemet fokast i save helpem yumi blong save mo mekem ol man i redi from ol had taem we oli stap kam yet.