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Plants
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Medicinal Plants
The vegetable
world comprises three main groups of plants:
Superior, Intermediary and Inferior. These
encompass bacteria, microscopic algae, mushrooms,
ferns, brushes and trees, among others.
Their identification is a task of specialists
and the limit between the vegetal and animal
world is not clear. To simplify matters,
we consider plants those recognized as such
by ordinary people. Books about medicinal
properties of vegetables normally seem to
treat differently herbs and medicinal plants.
However, herbs are seed producing annual,
biennial or perennial plants that do not
develop a persistent woody tissue. Perhaps
because herbs have such an important historical
and tradition in healing, sometimes they
are treated as a special category of plants
i.e., those particularly valued for their
medicinal, savory or aromatic qualities.
In the following list, herbs are considered
as medicinal plants and taken only for their
medicinal or aromatic properties
Since the traditional
or popular name of medicinal plants varies
so much according to regional and cultural
aspects, the have been grouped alphabetically
according to their most common English name.
The scientific designation follows in each
case
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Resources
and Distribution
Medicinal Plants
Bioresources Forest-based medicinal and aromatic
plants (MAPs) are an essential part of traditional
health care systems. Their gathering and cultivation
provide a critical source of income for many rural
communities, especially landless poor and marginalized
farmers. MAPs are also inextricably linked to
the region's natural biodiversity. Unfortunately,
MAPs are increasingly threatened by various environmental,
socioeconomic and institutional problems. At the
same time traditional and indigenous knowledge
about these plants is weakening and, in some cases,
vanishing altogether. While attempts have been
made (both at local and national levels) to address
these issues, they have suffered from inadequate
funding, a lack of government prioritization,
and insufficient information sharing and coordination
among stakeholders. After a number of years of
supporting research on MAPs around the world by
organizations like IDRC, Ford Foundation, and
others a number of networks such as the Medicinal
and Aromatic Plants Program in Asia (MAPS) have
been established in Asia.
The main goal of the Forest Medicinal Plants (FMP)
is to institute a system of long-term sustainable
and equitable use of MAPs. The objective is to
improve resource conservation and livelihood security
in rural and marginalized communities. The mechanism
is the design, support and coordination of a holistic
research program to strengthen linkages between
stakeholders within the MAP production to consumption
chain. This is being achieved through strategic
research, partnership building and the promotion
of regional and international networking. MAPS's
focus currently encompasses the entire South Asian
region, with ongoing plans to reach out to other
parts of Asia. Through regional, national and
local partners, including government organizations
(GOs), non-governmental organizations (NGOs),
community-based organizations (CBOs), national
research institutions and universities, MAPS plans
to work with regional network of expertise in
community-based MAP conservation, participatory
research, and documentation.
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Medicinal
and Aromatic Plants (MAPs): Benefits & Challenges
South Asia is home
to many rich, traditional systems of medicine.
Ayurvedic methods date back to 5000 B.C. Along
with the Unani, Siddha and Tibetan systems, they
remain an important source of everyday health
and livelihood for tens of millions of people.
Medicinal and aromatic plants (MAPs), including
trees, shrubs, grasses and vines, are a central
resource for these traditional health systems,
as well as for pharmaceutical (or allopathic)
medicines. There are more than 8,000 plant species
in South Asia with known medicinal uses.
Medicinal plants are an
accessible, affordable and culturally appropriate
source of primary health care for more than 80%
of Asia's population (WHO). Marginalized, rural
and indigenous people, who can not afford or access
formal health care systems, are especially dependent
on these culturally familiar, technically simple,
financially affordable and generally effective
traditional medicines. As such, there is widespread
interest in promoting traditional health systems
to meet primary health care needs. This is especially
true in South Asia, as prices of modern medicines
spiral and governments find it increasingly difficult
to meet the cost of pharmaceutical-based health
care. Throughout the region, there is strong and
sustained public support for the protection and
promotion of the cultural and spiritual values
of traditional medicines. |
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Widespread
Demand for MAPs
Conservative estimates
put the monetary value of MAP-related global trade
at over 60 billion USD (Govt. of India, 2000;
Nagpal & Karki, 2004). With increasing popular
demand for medicinal plants, both in South Asia
and internationally, this trade is expected to
grow to 5 trillion by the year 2050 (FRLHT, 1996).
Besides health benefits, MAPs also provide crucial
livelihood options for millions of rural people
in South Asia, particularly women, tribal peoples,
and the very poor. India is the centre of South
Asia's export trade in medicinal plants, and in
this country alone, it is estimated that the collection
and processing of medicinal plants contributes
to at least 35 million workdays of employment
a year. Unfortunately, while demand rises, inequitable
trade practices have meant that only a small margin
of the profits from MAPs trickle down to the collectors
and harvesters. Highly developed illegal trading
networks in Pakistan, Nepal, Bhutan, India and
Myanmar control the raw MAPs trade, through lax
border controls. Despite this, no regional collaboration
in implementing international covenants relating
to biodiversity exists to stem this growing illegal
market.
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Impacts
of Commercialization
The expansion
of unregulated trade and commercial use of MAPs
poses a major threat to biodiversity in the region.
Local communities tend to collect the highest
value or most popular plant species, leading to
over-harvesting or species extinction. Even when
MAP species are safely cultivated, if done with
mono-cropping systems, local biodiversity can
be weakened. Finally, as 95 % of MAPs are harvested
and collected in wild, the alarming levels of
deforestation and ecosystem degradation in the
region are also contributing to a decline in MAPs.
Combined, all of these factors have severely reduced
the availability of medicinal plant ingredients
and the overall environmental sustainability of
the region. Along with the deterioration of resources,
the cultural heritage surrounding MAP use is being
eroded. Unstandardized expertise and knowledge
of traditional systems of medicine, as well as
inadequate processing and storage facilities,
can result in ineffective or unsafe treatments.
The absence of institutional support, appropriate
validation systems, and quality control protocol
for indigenous health practices, threatens valuable
MAP knowledge and use practices, as well as public
health.
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Multiple
Benefits of Medicinal Plants:
MPs offer a wide range
of subsistence, cultural and monetary benefits
to people in the world. They provide affordable
means of primary health care to poor and marginalized
people, especially in impoverished rural areas.
In some countries like China, Nepal & India,
they are an important revenue generating resources
providing critical income to economically marginalized
and indigenous people. But most important, in
a condition of sustainable harvesting and optimal
usage, the medicinal plants could prove to be
a model resource that can benefit both the environment
and livelihoods in a balanced manner. The real
challenge is how to strike this critical balance?
Given the fact that there are multiple benefits
of MPs including: 1) improved access to primary
healthcare, 2) enhanced livelihood security, 3)
potentially sustainable use of the biodiversity,
and 4) improved benefit sharing with local communities,
the promotion of sustainable management of medicinal
plants can help the biodiversity rich countries
to meet the international obligations such as
the Convention on Biological Diversity (CBD).
In the broader sense, medicinal plants can also
contribute to address the chronic problem of global
poverty and hunger. The realization of mega global
targets such as those set by the Millennium Development
Goals (MDG), Poverty Reduction Strategy and Programs
(PRSP) etc. will require interventions which are
grass roots-based, poor-centred and livelihood
focused. Put differently medicinal plants can
meet the basic needs of the poor rural people.
For example, pro-poor marketing and enterprise
development activities in medicinal plants can
help poor collectors and growers of medicinal
plants to increase their household income, which
is dwindling due to increased input costs and
decreasing returns.
For example, China is estimated to
have 12,807 species of plants out of which 11,146
are classified as medicinal plants used in traditional
Chinese medicine (TCM). It is estimated that up
to 492 species are currently under cultivation
and the remaining 10,654 species are harvested
from wild habitats (SEPA, 1997). According to
Wang etc. (2002), the total production from wild
sources is 8.5 million tons and the cultivated
medicinal plants production was estimated to be
0.3 million tons in 2001-02. These produce not
only contribute to the health of Chinese people
but also add approximately 2 billion USD to the
national economy annually. In the southwest mountainous
province of Guizhou, the contribution of medicinal
plants is reported to be about 10 percent of the
province’s GDP in 2002 (equivalent to half
billion US dollars) (Pei Shengzi, 2003).
Medicinal, aromatic and dye plants
(MADPs) also have potential to present as commodities
with competitive advantages for the poor regions
of Asia, Africa & Latin America. It is observed
that some of the poorest regions of the world
such as the western and eastern regions of Himalayas,
Borneo and Sumatra regions in Asia; Congo basin
in Africa and Amazon catchments in South America
are also rich in biological diversity where medicinal
plants and other NTFP species grow in abundance.
If we can promote a balanced conservation and
cultivation of MADPs, rural poverty can be alleviated,
gender imbalances can be addressed and local economy
improved.
More broadly, many medicinal
plants are found in forest ecosystems, where they
are used to meet the health care needs and livelihoods
pursuits of indigenous and local communities.
Forests have been targeted in Central America
and the Caribbean as priority eco-regions for
conservation (IDRC, 2000). MPs are increasingly
being recognized as an important resources for
sustainable development, particularly as sources
of safe, effective, and accessible health care
that integrates traditional and community knowledge,
innovations, and practices with modern scientific
approaches to health research.
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