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World Bank Loan
Hunan Forest Restoration and Development Project (HFRDP)
Pest Management Plan
Forestry Foreign Capital Project Management Office of Hunan Province
Central South University of Forestry and Technology
March 2012
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Content
1. Brief Introduction of Pest Management in China ..................................................................................... 3
1.1 Existing Laws and Regulations on Pest Management .................................................................... 3
1.2 Existing Plant Protection Policies in China .................................................................................... 4
1.3 Pest Management Capacity of Hunan Province ............................................................................. 5
1.3.1 Organizations ....................................................................................................................... 5
1.3.2 Pests forecasting capacity in the project areas ..................................................................... 7
1.3.3 Capacity of integrated pest management in the project area ............................................... 8
2. Present Situation of Forest Pests/Diseases Occurrence and Control in the Project Area ......................... 9
2.1 Present Situation of Forest Pests/Diseases Occurrence .................................................................. 9
2.2 Present Situation of Integrated Pest Management ........................................................................ 11
2.3 Main Problems of Pest Management Existed in the Project Area and Suggestions for
Improvement ....................................................................................................................................... 12
2.3.1 Main problems of pests/diseases control in the project area .............................................. 13
2.3.2 Suggestions on improving pest management in the project area ....................................... 13
3. Integrated Pest Management in Project Area ......................................................................................... 15
3.1 Principles of Integrated Pests Management (IPM) ....................................................................... 15
3.2 Requirements of Pesticide Classification Guidance(2009)by World Health Organization(WHO)
............................................................................................................................................................ 15
3.3 Contents and Measures of Integrated Pest Management .............................................................. 16
3.3.1 Monitoring and forecasting ................................................................................................ 16
3.3.2 Prevention and control methods ........................................................................................ 17
3.4 Safe Use of Pesticides ................................................................................................................... 20
3.5 Prevention and control methods and recommended pesticides lists to the main forest
pests/disease in the project areas ........................................................................................................ 21
3.6 Selection of Other Pesticides ........................................................................................................ 21
4. Implementation Organization and Management ..................................................................................... 37
4.1 Implementation agencies and task allocation ............................................................................... 37
4.2 Procurement, Transportation and Storage of Pesticide ................................................................. 37
4.2.1 Pesticide Procurement ....................................................................................................... 37
4.2.2 Pesticide Transportation .................................................................................................... 38
4.2.3 Pesticide Storage ................................................................................................................ 38
4.3 Pesticide supervision and management agencies .......................................................................... 38
4.4 Pesticide residue inspection institutes........................................................................................... 39
5 Training ................................................................................................................................................... 41
5.1 Training Methods and Object ....................................................................................................... 41
5.2 Training Contents ......................................................................................................................... 41
5.3 Training Plan and Budget ............................................................................................................. 41
6. Monitoring and Evaluation ..................................................................................................................... 43
6.1 Monitoring and Evaluation on Pests Occurrence and Harm ......................................................... 43
6.1.1 Selection and distribution of positioning monitoring sites ................................................ 43
6.1.2 Monitoring methods........................................................................................................... 44
6.2 Monitoring and Evaluation on the Quality of Pests Management ................................................ 44
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6.3 Budget ........................................................................................................................................... 44
6.4 Pests/Diseases Monitoring Plan and Budget ............................................................................. 46
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The World Bank Loan Hunan Forest Restoration and Development Project (hereafter as
HFRDP) is designed to establish various types of forests to explore new pattern of forest
management, recovery the forest resources damaged or denuded by ice storm, improve the
ability of forest ecological system in resistance to disaster climate and adaptation to climate
change, reduce soil erosion, support the forest reform in Hunan Province, realizee the
sustainable development of forestry resources, and promote the ecological construction in
Hunan Province.
With the purpose of improving the monitoring, forecast and prevention of forest
pests/diseases in he implementation of HFRDP, a “Pest Management Plan”(hereafter as
PMP) is formulated in accordance with the “Regulation on Forest pests/diseases
Management” promulgated by the State Council on December 18th, 1989, and the
requirement of the World Bank operational policy of Pest Management (OP 4.09), which
strives to promote and popularize the use of biological methods to control forest
pests/diseases to reduce the dependence on chemical pesticides, so as to minimize the
environmental pollution caused by pesticides, while pests/diseases are under effective
control. The pests/diseases mentioned in the plan refer to all insects, mites, nematodes and
diseases harmful to forest plants. Guided by a policy of “prevention first, scientific control,
treatment by law and health promotion”, this plan mainly covers the following six aspects:
prevention and control methods of main forest pests/diseases might encountered in the
project, recommended pesticides, organization of implementation, training, monitoring and
evaluation, etc.
1. Brief Introduction of Pest Management in China
1.1 Existing Laws and Regulations on Pest Management
The main laws and regulations concerning forest pests/diseases management in China are
summarized as follows:
To strengthen pests/diseases management, the Chinese government has promulgated the
“Forest Law”, “Regulation on Forestry Pest Control”, "The Plant Quarantine Rules"
“Technological Rules for Forest Quarantine”, “Management Measures for Target Forest Pest
Control”, “Standards on Safe Use of Pesticides” and “Regulation on Pesticide
Management”.
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Integrated Pest Management (IPM) has been promoted by the implementation of the
“Standard on Safe Use of Pesticides” and “Regulation on Pesticide Management”.
1.2 Existing Plant Protection Policies in China
The Chinese government attaches great importance to pests/diseases management in
forestry. It lays stress on the policy of “prevention first, scientific control, treatment by law
and health promotion”. Biological control will be gradually adopted as a main control
method in the future.
The objectives of the government policies are to control the occurrence of damage caused by
pests/diseases at a low level, enhance forest quality and promote sustainable utilization of
forest resources. In other words, the government policies aim at protecting forest resources
and the ecological environment. Highly efficient chemical pesticides with low toxic and
pollution free could be used in case when no other control methods can control the severe
pests/diseases.
Forest pests/diseases management adheres to the principle of “"Whoever manages the forest
bears the responsibility for prevention and control of pests/diseases”. The owners of the
forests take the responsibility of pests/diseases management of the commercial forest and
economic tree crops. Forest pests/diseases management organizations shall provide
monitoring and technical guidance during the process. The local governments take charge of
the pest management in ecological public welfare forests, whose detailed implementation is
organized by local Forest Pests Control and Quarantine Stations (hereafter as FPCQS). The
compensation policy is adopted by the state for serious incidences of pests/diseases, and the
operational cost of nationally designated forest pest monitoring and forecasting sites is
subsidized as well.
The Chinese government made following specific provision on the use of pesticides:
pesticides which are allowed to be adopted for pest management;
the low-toxic and low-residue pesticides with high efficiency, which are recommended
when pesticides is the only effective control measure;
agricultural products with an excess of pesticide residue over the set standards are not
allowed to reach the market;
safe use methods for pesticides.
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In addition, the Chinese government is continuously issuing the banned pesticide list,
including Parathion, Phorate and Monocrotophos, etc.
In 2011, a set of banned or restricted pesticides have been published, which includes:
(1) 23 species of the prohibited pesticides, including BHC, DDT, toxaphene, DBCP,
chlordimeform, ethylene dibromide, nitrofen, aldrin, dieldrin, mercury preparations, arsenic
and lead type, MATDA, fluoroacetamide, glyftor, tetramine, sodium fluoroacetate, silatrane,
methamidophos, methyl-parathion, parathion, monocrotophos, phosphamidon.
(2) 16 species of the pesticides that prohibited or restricted in forestry construction,
including dicofol, fenvalerate, phorate, isofenphos-methyl, terbufos, phosfolan-methyl,
sulfotep, demeton, carbofuran, aldicarb, ethoprophos, phosfolan, coumaphos, fonofos,
isazofos, fenamiphos, etc.
1.3 Pest Management Capacity of Hunan Province
1.3.1 Organizations
The Provincial FPCQS is responsible for the organization, management, guidance,
monitoring and technical extension of pest management in the whole province.
Each of the prefectures and counties has their own FPCQS, which is responsible for
organization, management, guidance and supervision of forest pest prevention and control
within their respective jurisdictions. The institution components are shown in Figure 1.
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Figure 1 Management institutions of pest prevention and control
Responsibilities of each institution:
The Provincial Forestry Department is in charge of the forestry work in the whole
province.
The Afforestation Division of Provincial Forestry Department is in charge of the
technology and management of project afforestation .
The Provincial FPCQS is in charge of the organization, management, supervision and
guidance of the pests/diseases prevention and control in the project, and also responsible
for the technology extension.
The Prefecture and County (District) Forestry Bureau is in charge of the forestry work
in its jurisdiction,, including organizing, planning, coordinating, supervising, deciding
the implementation of forest pests/diseases management, as well as formulation of work
management system.
The Prefecture and County (District) FPCQS is in charge of the organization,
management, supervision and guidance of the pest management in its jurisdiction, and
assisting or coordinating the law-enforcing and technical departments to carry out
Provincial Forestry
Department
Prefectural and County
Forestry Bureau
Afforestation divisionof Provincial
Forestry Department
Provincial FPCQS
Township Forestry center County (city, district)
FPCQS
Pest control team
Control
Pest Monitoring
Sites
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activities in publicity, training and guidance of pesticide and pests/diseases control
technology in project areas.
The Pests Monitoring Site is responsible for the survey and monitoring of the occurring
trend of pests/diseases in its jurisdiction. It is also responsible for publishing forest
pests/diseases forecasting of long-term, medium-term and short-term regularly.
The Pest Control team is in charge of the timely treatment of pests/diseases in its
jurisdiction.
1.3.2 Pests forecasting capacity in the project areas
Ten project prefectures have established FPCQSs at provincial, prefectural and county level,
which are responsible for local forest pests/diseases control and management.
At present, sound forest pests/diseases forecast systems have been developed in the project
prefectures. Every of the project counties has national, provincial or county level monitoring
and forecasting sites. Table 1 shows the details of the national and provincial (county) level
monitoring and forecasting sites. Meanwhile, each national level monitoring and forecasting
site has set up monitoring sites with varying numbers, and sufficient technicians are assigned
for integrated pest management, so as to ensure the real-time dynamic monitoring on the
occurrence and development of pests/diseases.
Table 1 Forest pest monitoring and forecasting sites at various levels
Prefecture National monitoring and
forecasting site
Provincial (county level)
monitoring and forecasting site
Changsha 2 5
Zhuzhou 3 8
Hengyang 3 8
Shaoyang 4 6
Yueyang 3 6
Changde 4 5
Chenzhou 3 10
Yongzhou 3 10
Huaihua 3 9
Xiangxi autonomous prefecture 2 6
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Total 30 73
1.3.3 Capacity of integrated pest management in the project area
The forest protection institutions at all levels are relatively completely established in the
project area, the professional technical staff can satisfy the basic project requirements, and
traditional methods are widely adopted in the forecasting and controlling. In recent years,
the integrated pest management in most of the project areas have abide by IPM principles,
and biological, physical, as well as pollution-free chemical control methods are applied in
the pests/diseases control. The pest management capacity of the existing forest protection
institutes at all levels can meet the needs of the project to some extent.
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2. Present Situation of Forest Pests/Diseases Occurrence and Control in
the Project Area
2.1 Present Situation of Forest Pests/Diseases Occurrence
The project will be implemented in 10 prefectures, which distribute in the east, west, south,
north and central part of Hunan province (see Fig.2). Due to global warming and frequent
natural disasters,forest pest incidence and the harming degree has been severe in Hunan
province in recent years. Therefore the project is pressed by forest pests/diseases control,
which is foreseen to be difficult. The major occurrences of forest pests/diseases in project
areas in recent years are listed in Table 2.
Figure 2 Distribution diagram of project counties under HFRDP
Table2 Occurrence of major forest pests/disease in the project area
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No. Prefecture County (city,
district)
Major pests/diseases kinds Affected forest
stand
1 Chang
sha
Ning
xiang Poplar leaf insect and stem borer, rat pest
poplar
2 Zhu
zhou
Li
ling
Masson Pine caterpillar, bamboo locust, pine
mushroom tussock moth, Hylobitelus xiaoi,
bamboo leafhopper
Masson pine and
bamboo forest
3 Heng
yang
Lei
yang
bamboo locust, pine mushroom tussock
moth, bamboo leafhopper
bamboo forest
Chang
ning
Masson Pine caterpillar, bamboo locust,
pine mushroom tussock moth, Hylobitelus
xiaoi, bamboo leafhopper
Masson pine and
bamboo forest
Heng
nan Masson Pine caterpillar, bamboo locust,
Masson pine and
bamboo forest
4 Shao
yang
Xin
shao
Masson Pine caterpillar, pine mushroom
tussock moth, Hylobitelus xiaoi, bamboo
leafhopper
Masson pine forest
5 Yue
yang
Ping
jiang Poplar leaf insect and stem borer, rat pest
poplar
Yue
yang Poplar leaf insect and stem borer, rat pest
poplar
6 Chang
de
Tao
yuan Poplar leaf insect and stem borer, rat pest
poplar
Ding
cheng Poplar leaf insect and stem borer, rat pest
popular
7 Chen
zhou
Ru
cheng
Masson Pine caterpillar, bamboo locust,
slash pine mealybug, pine needle brown
spot, Hylobitelus xiaoi
Masson pine, slash
pine and bamboo
forest
Zi
xing
Masson Pine caterpillar, bamboo locust,
slash pine mealybug, pine needle brown
spot, Hylobitelus xiaoi
Masson pine, slash
pine and bamboo
forest
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Su
xian
Masson Pine caterpillar, pine needle brown
spot,
Masson pine and
bamboo forest
Gui
yang
Masson Pine caterpillar, slash pine
mealybug, pine needle brown spot,bamboo
locust,
Masson pine, slash
pine and bamboo
forest
Anren Masson Pine caterpillar, bamboo locust, Masson pine and
bamboo forest
Guidong bamboo locust Masson pine and
bamboo forest
Yongxing Masson Pine caterpillar, bamboo locust, Masson pine and
bamboo forest
8
You
zhou
Shuang
pai
Masson Pine caterpillar, bamboo locust,
slash pine mealybug, pine needle brown
spot, Hylobitelus xiaoi
Masson pine, slash
pine and bamboo
forest
Jingdong
District Masson Pine caterpillar,
Masson pine
9 Huai
hua
Yuanling
Masson Pine caterpillar, Yunan pine
caterpillar, pine mushroom tussock moth,
cypress tussock moth
Masson pine and
bamboo forest
Mayang Yunnan Pine caterpillar, pine mushroom
tussock moth, cypress tussock moth,
Masson pine and
bamboo forest
10
autonomou
s
prefecture
Luxi Masson Pine caterpillar, bamboo locust,
Hylobitelus xiaoi
Masson pine and
bamboo forest
2.2 Present Situation of Integrated Pest Management
Great progress has been made on pests/diseases control, which is shown in the following
five aspects:
(1) The overall monitoring and forecasting is intensified. This includes increasing an overall
coverage of monitoring and forecasts for pest and diseases; discovering the disasters in time;
circulating forecasts and control announcement; and requiring the concerned people to
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assume their responsibility in pests/diseases control by bringing the radiation role of the
national monitoring and forecasting centers of the forest pests into full, and making full use
of the four level monitoring and forecasting network of the nation, province, prefectural and
county, and the working stations of the towns and townships as well.
(2) Striving for controlling pests which cause severe damages to forest resources, receive
high attention of the society and have strong international impact such as pine wood
nematodes, fall webworm, forest mouse (rabbits), masson pine caterpillar, bamboo locust
etc. According to the “Forest Pest and Diseases Control Regulation”, the integrated control
method of silvicultural, biology, physics and chemistry help reduce losses and the
occurrence area, contributing to a sustainable control of forest pests. Especially when
chemical pesticides have to be applied, only category III and U can be utilized according to
strictly abiding by WHO requirements.
(3) Quarantine law is enforced strictly. The “Plant Quarantine Regulation” have been
seriously executed to strengthen inspection and quarantine work for preventing quarantine
pests from spreading. The risk assessments of the external pests are carrying out in a
scientific way, and plant introduction review and quarantine monitoring are also strictly
carrying out. Quarantine are conducted at both the production sites and transportation
process, so as to strictly prevent contamination by the external pests.
(4) Emphasis is laid on strengthening the establishment of the emergency response system
for handling accidents caused by pests. According to the requirements of “Handling
Methods for Emergent Forest Pests” and “Emergency Preplan for Major External Forest
Pests”, the emergency preparation and preplans are well arranged in the aspects of
organization, technology, finance and resources. Infrastructure construction and material
reserve to tackle emergent accidents are enhanced.
(5) The science and technology content is constantly increased. Efforts have been made to
learn the international and domestic advanced control technologies. International
cooperation and coordination of multi sectors should be enhanced for the purpose of
improving the applied technology and extending the advanced, environment-friendly and
practical technologies as soon as possible.
2.3 Main Problems of Pest Management Existed in the Project Area and Suggestions
for Improvement
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2.3.1 Main problems of pests/diseases control in the project area
(1) The prevention concept needs to be improved. The forest health protection
concept wasn't ran through very well in the implementation of forestry pest prevention
in some project areas, and the afforestation technology and enhance forest resilience
from the perspective of ecosystem.
(2) The forecasting methods need to be improved. Traditional ground survey method
is adopted in most of the exiting forestry pest monitoring, which is time and labor
consuming. The application of the advanced monitoring technology should be
vigorously extended.
(3) Capacity-building system needs to be improved. Trainings on integrated forestry pest
control technology need to be strengthened. The introduction of the advanced monitoring
and prevention technology, promotion of demonstration effects, and training measures of
corresponding organization all need to be improved.
(4) The dependency degree on chemical pesticides is relatively high. As a large area of
pure forest plantation has been established in some of the project areas, such as masson pine,
moso bamboo, poplar, fruit trees, etc., chemical pesticides are mainly applied in pest control
when pests/diseases occurred in large scale.
2.3.2 Suggestions on improving pest management in the project area
In order to effectively prevent the damage caused by pests/diseases in the project areas and
solute the problems existed in the previous pest management, the forest prevention
departments at all levels are required to establish a comprehensive set of IPM management
system, and tried to minimize the use of chemical pesticides. During the implementation of
the project, the following work should be strengthened:
(1) Conducting training on implementing IPM principles, improving the management level
of pests management and enhancing the thought of forest health protection to the forest
protection experts and forestry technology extension staff of project counties and villages.
The application of chemical pesticides is can’t be avoid because the economic forest is
accounting for 10% of the total project plantation, so that it is necessary to strengthen the
management, supervision and training for forest farmers to use chemical pesticides. The
county project management office (CPMO) and the FPCQS are responsible for the
procurement of pesticides, supervision and guidance of the safe use of pesticides. Just the
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category U and III of WHO classification can be approved, and all pesticides should be
applied in accordance with the Regulation.
(2) Improving forecasting methods and vigorously extending advanced monitoring and
early-warning technologies like "3S—RS, GIS and GPS" technology. In recent years,Hunan
forest protection department has upgraded the prediction tools and technologies,which are
recommended to be applied in project forest, and not requiring the WB funds.
(3) Enhancing the support strength on the research, demonstration and extension of the
integrated control of forestry pests/diseases.
(4) Changing the utilizing habit of the chemical pesticides and strengthening the extension
of the biological and physical control methods.
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3. Integrated Pest Management in Project Area
3.1 Principles of Integrated Pests Management (IPM)
IPM, as the pest control strategy, was formed by Food and Agriculture Organization (FAO)
in 1972, by revising the concept of Integrated Pest Control (IPC) which was put forward by
FAO in 1966. IPM is a science relevant to pests/diseases. Natural control is emphasized as a
major control mean, which should be coordinated with other means. Based on the biological
characters and habits of different pests/diseases, strengthened monitoring is the first priority
of IPM. Major control methods include quarantine, silvicultural, physical, mechanical and
biological measures. Only when the methods mentioned above fail to function, could
chemical pesticides with high efficiency and low toxicity be applied.
When formulating pest management tactics, not only economic effects, on top of it,
ecological balance and social safety should be fully taken into consideration. Based on this,
forest pest management in the project provinces would be as follows: prevention is the
first priority and measures on silviculture and management is the basis. Starting from the
general production and ecological point of view, natural control factors on pests/diseases are
fully utilized and conditions which are not in favor of occurrence and development of the
pests/diseases are created. The various project provinces should properly use biological,
physical and chemical controls based on the local conditions, and make them complemented
and coordinated with each other, to avoid, to the maximum extent possible, the killing of
natural enemies or environment pollution, and to control the pests/diseases at a tolerable
level.
3.2 Strictly implementing Requirements of Pesticide Classification Guidance(2009)by
World Health Organization(WHO)
The pesticide classification criterion commended by WHO (see Table 3) was approved in the
28th
world sanitation legislation meeting in 1975. In order to meet the requirements of the
new situation on the environment, the pesticides grading standards were revised by WHO in
2009. The classification of pesticide toxicity is primarily based on rat acute oral and dermal
toxicity, which has become the standard method of determining toxicity classification in
toxicology.
Table 3 Pesticide Classification Standards by WHO(2009)
Category Poisonous degree the median lethal dose(LD50) LD50 for the rat by Dermal
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for the rat by Oral (mg/kg) (mg/kg)
Ⅰa Extremely toxic <5 <50
Ⅰb Highly toxic 5-50 50-200
Ⅱ medium toxic 50-2000 200-2000
Ⅲ Low toxic Over 2000 Over 2000
U non-toxic 5000 or higher 5000 or higher
This project is an ecological construction project, in which the requirements of the WHO
Pesticide Classification Guidance (2009) will be strictly carried out in the process of pest
management. Pesticides of category Ⅰ are banned from usage; pesticides of category Ⅲ and
U are put in the first place in recommended list.
3.3 Contents and Measures of Integrated Pest Management
The national policy of “prevention first, scientific control, treatment by law and health
promotion” would be earnestly implemented. Pest management should be applied to the
whole process of forest production. At the nursing stage, strong and pests/disease resistant
seedlings are selected; seedling inspection and quarantine should be strengthened, and
transportation and plantation of the seedlings affected by pests/diseases are forbidden;
effective silvicultural measures are adopted, for purpose of enhancing the plant’s
pests/diseases resistant capacity, hence maintaining healthy conditions of the forests;
Strengthened pests/disease monitoring and forecasts is stressed, so as to provide the ground
for decision making on pests/disease control; integrated management is applied including
quarantine, silvicultural measures, physics and mechanism, biology and chemistry. At the
time of pests/diseases control, physical and biological control measures are the first priority.
Pesticides are used only when other methods fail to function, and the monitoring result has
indicated that forest pests damage has exceeded the set economic thresholds; When
pesticides are applied, attention should be paid to select hazardless ones, so as to reduce
pesticide resistant capacity of the pests/diseases and to avoid environment pollution.
3.3.1 Monitoring and forecasting
Monitoring and forecasting is a technical mean to monitor and predict the occurrence and
spreading trend of the forest pests/diseases, hence is the prerequisite and guarantee for forest
pests/diseases control in a scientific way. The monitoring and forecasts of pests/diseases
should adhere to the principle of applying integrating monitoring by the public and the
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professional communities. The existing forest pest control institutions at all levels should be
made full use of for the project pests/diseases monitoring and forecasting.
The county level FPCQS should timely predict and forecast the occurrence of pests and their
damage through positioned monitoring and field investigations, and then make
corresponding measures for pest prevention and control.
3.3.2 Prevention and control methods
Integrated and effective measures such as the silvicultural, physical and mechanical,
biological and chemical control methods, etc., should be applied in peoject implementation
to reduce the dependence on chemical pesticides.
1)Plant quarantine
Forest plant quarantine is forced by the legal organizations (i.e. the forest pests/diseases
control and quarantine stations at various levels). Quarantine is carried out in the origins of
the forest plants and their products, during their transportation, and after their arriving in the
new planting areas or plantations, for purpose of understanding if they are affected by
pests/diseases or other pests, as well as the safety measures adopted such as hazard
eradication.
Plant quarantine should be strengthened in afforestation areas of the project. The systematic
quarantine of the plant origins, at the time of transportation and rechecking should be strictly
followed and effective hazard elimination should be secured. Introduction of seeds, scions or
seedlings from the pests/diseases affected areas is prohibited. Registration for forest
seedlings is adopted and strictly implemented which includes “tree seedling production
license”, “tree seedling quality certificate” and “tree seedling production management
license”, for purpose of standardizing production and marketing of the seedlings. Strengthen
quarantine on imported wood and wood products. Once the quarantine target is discovered,
elimination should be carried out on the spot, so as to prevent them from spreading into
project areas.
2) Silvicultural measures
By strengthening technical measures, such as silvicultural, and tending etc, pests/diseases
resistant capacity of the forest plants are enhanced, thus curbing the occurrence and spread
of pests/diseases. This mainly includes:
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Selection of tree species which are pests/diseases resistant, to raise the self resistance
capacity of the forests;
Intercropping or mixed planting: properly intercropping trees with crops is carried out to
reduce hazards
Planting adaptive trees: Selection of tree species which are adaptable to the local
environmental conditions;
Proper planting time: select proper planting season;
Production of sturdy seedlings: this refers to cultivating high-quality and strong
seedlings and culling unhealthy seedlings;
Rational use of fertilizers: this is to apply adequate amount of organic manure, with
limited application of nitrogen and phosphorus fertilizers and increased utilization of
calcium fertilizer;
Slashing of forest land: tilling the soil to expose pests to the extreme weather
conditions, removal of infected plants, branches and leaves;
Reasonable thinning: promoting tree growth and improving the forest pest resistance
capacity of the forests by reasonable thinning.
3) Physical and mechanical methods
Physical and mechanical methods are based on the occurrence rule and habits of forest
pests/diseases. By using their weak links in its infection or life cycle, suitable artificial,
physical and mechanical pests/diseases management methods should be applied to local
conditions:
Artificial and mechanical pests/diseases control: The methods includes artificial
capturing, removal of pest larvae and eggs; killing some pest larvae and adult pests by
making use of feign death of shaking down the pests; artificial clearing of overwintering
or pupae pests in the earth; artificial cutting the branches and leaves with pests/diseases
from the plant, etc.
Trapping and killing: Trapping and killing are possible by making use of preference on
colors and smells of some pests. The black light trap is used for moths, beetles or
orthoptera pests, and sweet and sour solution is used for some moths.
Separation: This is to use the habits of some pest to prevent damage from happening,
such as hanging on the trunk the plastic rings to prevent some pest which have the habit
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of overwintering under the trees or damaging the trees at night by climbing up on to the
trees and hiding themselves under the trees during day time.
Such methods are simple, easy to be applied and cost-effective. In addition, they are
environment friendly. The main constraints are time consuming and effective only to some
pests; hence can be used as a supplementary method.
4) Biological methods
Biological method is carried out by making use of the natural enemies or insect pathogenic
micro-organisms (viruses, bacteria, fungi and nematodes) and their metabolites. Biological
methods are safe to human beings, animals, plants and the environment. It enables constant
maintaining of the pest population at a low level; hence is the priority for pests/diseases
prevention and control. It includes the following detailed methods:
Use of biological pesticides, such as Bt, Polynacfin, NPV, etc.;
Use of natural enemies, such as Trichogramma spp., .genus Bethylus Latreille, Anastatus
spp., woodpeckers, etc.
Biological control agents have rich resources in the world. However, their effects are not as
quickly as the chemical pesticides, but with higher costs.
5)The non-pesticide chemical methods
Use matrine preparation to control Starscreams and Apocheima cinerarius;
Daub lime slurry in the trunk to prevent diseases invasion or pests spawning and
physiological diseases;
In the beginning of pests occurrence, take a combination of black light lamp, sweet and
sour mix liquids to attract and trap night moth pests;
Spray lime sulfonylurea copper sulfate bordeaux mixture to control diseases.
6) Chemical methods
Physical and biological methods are always the most favorable methods in pests/diseases
control. Only when other methods failed to function, and the monitoring results have
indicated that the damage caused by forest pests is over the economic threshold, can
chemical pesticides be applied. Attention should be paid to select pollution-free pesticides.
Pesticides of category Ⅰ should be prohibited; pesticides with high efficiency, low toxicity
and residue (WHO category Ⅲ or U) should be given priority to application, so as to reduce
the pesticide resistance of the pests and to avoid pollution to the environment.
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3.4 Safe Use of Pesticides
For the purpose of safe use of pesticides, the biological, vegetal, bionic or pollution-free
pesticides should be taken in priority. Pesticides application could easily bring negative
impacts on the ecological environment, as well as human and animal health. Therefore
efforts should be made to avoid or reduce the environment and health risks as a result of
pesticides application. In the process of project implementation, potential risks of pesticides
application and safe use measures are listed in Table 4.
Table 4 Potential risks of pesticide application and safe use of pesticides
Environmental risks Health risks Guideline of pesticides safety use
1. pesticide residues
lead to deterioration of
water quality, hence
reducing the number of
aquatic organisms;
2. spraying pesticides
adjacent to drinking
water resources may
lead to their
contamination ;
3. highly toxic
pesticides may have
impact on non-target
species (natural
enemies, etc.);
4. long-term excessive
use of pesticides will
results in higher
pesticide resistance;
5. pesticide residues
in the soil will cause
soil contamination.
1. prepare chemicals to
inhale pesticide
2. physical discomfort
in the absence of
protective equipment in
spraying pesticides.
3. skin burns when not
wearing protective
clothing in pesticide
spraying;
4. drinking water
sources contamination
caused by pesticides
spraying adjacent to the
resources, or overflow
and drain of chemicals
adjacent to drinking
water resources;
5. harm the health of
human being when
drinking the water
polluted by pesticides
and eating the
contaminated animals
and agro by products
1. strictly control procurement, transportation
and storage of pesticides agents;
2. proper use of pesticides and spraying
methods; extend and apply the spraying
techniques with low toxic to human body、
livestock and plants, and low pollution to
environment.
3. strengthen the training on pesticides
equipment use, and improve the protection
awareness of the concerned staff;
4. emphasize the importance of wearing
protective clothing like suitable work clothes,
protection helmets, masks, gloves and shoes while
spraying pesticide.
5. strengthen definition and management of
pesticide application area, to avoid pesticides
pollution on water resources and ecological
environment;
6. Strengthen technical cooperation to improve
use efficiency of the pesticides instruments and to
reduce the amount of the pesticides use;
7. Standardize pesticides and equipments
management. It is forbidden to clean the residual
chemicals, used chemical containers and used
application equipment in the natural water body,
instead, these chemicals or containers should be
proper treat in a safe place and safe way,, such as
deep burial. Residual pesticides should be stored
correctly or disposed safely
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3.5 Prevention and control methods and recommended pesticides lists to the main
forest pests/disease in the project areas
The PMP of HFRDP designated a series of measures to reduce dependence on synthetic
chemical pesticides, and improve the self defense system of forest, including silvicultural
methods, physical method, biological method, chemical control method (see section 3.3).
The prevention measures and project recommended pesticide list to the main forest
pests/diseases are shown in table 5.
3.6 Selection of Other Pesticides
In case of new pests that could not be effectively controlled by the listed pesticides,
additional pesticides could be used. However, the newly-selected pesticides should be put
forward by experts in FPCQS at provincial level or above, approved of by provincial project
management office (PPMO) and reported to the World Bank for record. All pesticides used
must meet and comply with the requirement of the World Bank(the pesticides classification
guidance of WHO, 2009)as well as policies and regulations of PRC.
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Table 5: Prevention and control methods and recommended pesticides lists to main forest pests/disease under HFRDP
Tree species Pests/diseases Prevention/control methods Biopesticides Recommended
chemical pesticides
Pesticide
standard
level
(WHO)
Masson pine
seedling blight 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested leaves;
Carbendazim chlorothalonil U
needle rust 2. Chemical control: using germicides with high efficiency, low toxicity and low
residue。
triadimefon, Ⅲ
Thiophanate methyl U
Pine caterpillar; 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Matrine Chlorbenzuron Ⅲ
Pine tussock moth; 2. Mechanical and physical measures: pheromone trap, light trap; Nicotinamide diflubenzuron Ⅲ
Pine mushroom tussock
moth;
3. Biological control: apply Trichogramma, BT, Beauveria bassiana; Bt Triflumuron Ⅲ
Pine looper 4.Chemical control: using pesticides with high efficiency, low toxicity and low residue; SNPV Fenoxycarb U
Chinese Fir
Anthracnose, 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested leaves;
Carbendazim Chlorothalonil U
Leaf cast. 2. Quarantine; Thiophanate methyl U
3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Triadimefon Ⅲ
Polychrosis
cunninghamiacola
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Azadirachtin Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Nicotinamide Triflumuron Ⅲ
3. Chemical control: use pollution-free pesticides Bt Fenoxycarb U
Sassafras
Seedling stem rot 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Carbendazim Chlorothalonil U
2. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon, Ⅲ
Thiophanate methyl U
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Aulacaspis sassafris
Chen
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
2. Chemical control: use pollution-free pesticides Azadirachtin diflubenzuron Ⅲ
Nicotinamide Triflumuron Ⅲ
Sweetgum
Sweetgum powdery
mildew
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Carbendazim Chlorothalonil U
2. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon, Ⅲ
Thiophanate methyl U
Spine-horned beetle 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Azadirachtin diflubenzuron Ⅲ
3. Chemical control: use pollution-free pesticides Nicotinamide Fenoxycarb U
Chinese timber
nanmu
Shoot and cone weevil 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Azadirachtin diflubenzuron Ⅲ
3. Chemical control: use pollution-free pesticides Nicotinamide Fenoxycarb U
tulip tree
Ailanthus silkmot,
Liriodendron
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Azadirachtin Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Nicotinamide Fenoxycarb U
3. Chemical control: use pollution-free pesticides Bt Sendebao U
SNPV
Schima superba
Brown spot 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Carbendazim chlorothalonil U
2. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon Ⅲ
Thiophanate methyl U
Earth tiger 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Diflubenzuron Ⅲ
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2. Biological control: release parasitoid ; Azadirachtin Triflumuron Ⅲ
3. Chemical control: use pollution-free pesticides Nicotinamide Fenoxycarb U
Bt
Beech
Clania variegata
Snellen, cupmoth,
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
longicorn 2. Biological control: release parasitoid ; Azadirachtin Diflubenzuron Ⅲ
3. Chemical control: use pollution-free pesticides Nicotinamide Fenoxycarb U
Bt
Camphor
Black rot 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Carbendazim Thiophanatetriadimefon U
2. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Chlorothalonil U
Ⅲ
Camphor long horn
beetle
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Nicotinamide Triflumuron Ⅲ
3. Chemical control: use pollution-free pesticides Bt Fenoxycarb U
Black Locust
Locust Helicobasidium
mompa
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Carbendazim Chlorothalonil U
2. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon Ⅲ
Thiophanate U
cankerworm, seed
chalcid
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
matrine Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Nicotinamide Triflumuron Ⅲ
3. Chemical control: use pollution-free pesticides Sendebao U
Japanese Larch Early needle cast 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested leaves;
Carbendazim Chlorothalonil U
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2. Quarantine; triadimefon Ⅲ
3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Thiophanate methyl U
Cypress
Leaf withering disease,
leaf blight
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infected shoots;
2. Biological control: release parasitoid;
3. Chemical control: use pollution-free pesticides
Carbendazim Chlorothalonil U
Thiophanate methyl U
triadimefon Ⅲ
Semanotus bifasciatus
Motsch;
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Matrine Chlorbenzuron Ⅲ
Phloeosinus aubei
Perris;
2. Quarantine; Azadirachtin Triflumuron Ⅲ
Parocneria furra Leech 3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Nicotinamide Fenoxycarb U
Bt diflubenzuron Ⅲ
SNPV
Slash pine
Pine Shoot Blight , 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested leaves;
Carbendazim Chlorothalonil U
Pine needle brown spot 2. Quarantine; Thiophanate methyl U
3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon Ⅲ
Masson caterpillar,
Dioryctriarubella
Hampson, Slash pine
mealybug
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested shoots;
Matrine Chlorbenzuron Ⅲ
2. Biological control: release parasitoid ; Azadirachtin Triflumuron Ⅲ
3. Chemical control: use pollution-free pesticides Nicotinamide Fenoxycarb U
Bt sendebao U
SNPV
Chinquapin
Chestnut carcass blight,
anthracnose, rust, shoot
wilt
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Carbendazim Chlorothalonil U
2. Chemical control: using Poison Po soluble powder; metalaxyl, thiophanate methyl,
Enemy eriksson powders,
Thiophanate methyl U
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26
Meta granules etc. triadimefon Ⅲ
Dryocosmus kuriphilus 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Matrine Triflumuron Ⅲ
, scarab, tortricid 2. Mechanical and physical measures: eggmass removing Azadirachtin chlorbenzuron Ⅲ
Nicotinamide Fenoxycarb U
pheromone trap, light trap etc; Bt sendebao U
3. Biological control: release parasitoid ; SNPV
4. Chemical control: use pollution-free pesticides
jacaranda
Branches and leaves
disease spot;
anthracnose
1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Carbendazim Chlorothalonil U
2. Quarantine; Thiophanate methyl U
3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon Ⅲ
longicorn 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions, clear
away infested leaves;
Matrine chlorbenzuron Ⅲ
2. Quarantine; Azadirachtin Triflumuron Ⅲ
3. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Nicotinamide Fenoxycarb U
sendebao U
Walnut
brown patch;; 1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
anthracnose 2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches, Thiophanate methyl U
Twig blight; Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
triadimefon Ⅲ
rot 3. quarantine;
4. chemical control: using pesticides with high efficiency, low toxicity and low residue.
Walnut for glue moth
or jewel beetle; slug
1. Silvicultural measures: Improve the site conditions and clean up the branches and
leaves of victims fruit;
Matrine Triflumuron Ⅲ
2.mechanical physical pheromone trap, light trap etc. Azadirachtin chlorbenzuron Ⅲ
3. quarantine; Nicotinamide Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt diflubenzuron Ⅲ
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SNPV
Chinese
chestnut
damping off,
Colletotrichum
gloeosporioides
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
Root rot disease 2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4. chemical control: using pesticides with high efficiency, low toxicity and low residue.
dung beetles 1. Silvicultural measures: Improve the site conditions and clean up the branches and
leaves of victims fruit;
Matrine Triflumuron Ⅲ
Chestnut starscream 2.mechanical physical pheromone trap, light trap etc. Azadirachtin chlorbenzuron Ⅲ
Big black aphids 3. quarantine; Nicotinamide Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
moso bamboo
Dry slightly disease 1. Silvicultural measures: improve forest stand conditions and clean up the branches
and leaves of victims fruit;
Carbendazim Chlorothalonil U
2. quarantine. Thiophanate methyl U
3. chemical control: using pesticides with high efficiency, low toxicity and low residue.
Ceracris Kiangsu,
bamboo moth
1. Silvicultural measures: improve forest stand conditions and clean up the branches
and leaves of victims fruit;
Matrine Chlorbenzuron Ⅲ
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pegomyia
phyllostachys fan;
Bamboo carving boat
moth
2.mechanical physical control: eggmass removing, light trap etc. Azadirachtin Imidacloprid Ⅲ
3. Biological control: using trichogramma. Nicotinamide Fenoxycarb U
4. chemical control: :use pollution-free pesticides sendebao U
acer monoes
powdery mildew 1. Silvicultural measures: improve forest stand conditions and clean up the the diseased
leaves, fruit and branches,Deadwood twigs, fruit and curettage of the bark and then
concentrate them in deep buried or burned.
Carbendazim Chlorothalonil U
;rhizoctonina 2. Quarantine. Thiophanate methyl U
3. chemical control: using pesticides with high efficiency, low toxicity and low residue.
Cupmoth;psychid; 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Matrine Chlorbenzuron Ⅲ
longicorn 2. Mechanical and physical measures: eggmass removing Azadirachtin Triflumuron Ⅲ
pheromone trap, light trap etc; Nicotinamide diflubenzuron Ⅲ
3. Biological control: using trichogramma. Fenoxycarb U
4.chemical control: :use pollution-free pesticides
Albizzia
julibrissin
Albizzia
julibrissinblight ,
1Silvicultural measures: improve forest stand conditions and clean up the the diseased
leaves, fruit and branches,Deadwood twigs, fruit and curettage of the bark and then
concentrate them in deep buried or burned.
Carbendazim Chlorothalonil U
Albizzia julibrissin
ulcer disease
2. Quarantine. Thiophanate U
3. chemical control: using pesticides with high efficiency, low toxicity and low residue.
jewel beetle; 1. Silvicultural measures: adopt mixed planting, improve forest stand conditions; Matrine Chlorbenzuron Ⅲ
Obtectus say GeHuan
worm
2. Mechanical and physical measures: eggmass removing Azadirachtin Triflumuron Ⅲ
pheromone trap, light trap etc; Nicotinamide diflubenzuron Ⅲ
3. Biological control: using trichogramma. Fenoxycarb U
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4.chemical control: :use pollution-free pesticides
Taxus chinensis
var mairei
Yew pythium disease,
Yew set is silk nuclear
disease
1.Silvicultural measures:Mixed forest, improving site conditions, remove dead
branches, nursery soil disinfection.
Carbendazim Chlorothalonil U
2. Quarantine;chemical control: using pesticides with high efficiency, low toxicity and
low residue.
Thiophanate methyl U
Anomala corpulenta
Motschulsky
1.Silvicultural measures: Matrine Triflumuron Ⅲ
Mixed forest, improving site conditions, Azadirachtin chlorbenzuron Ⅲ
2.mechanical physical pheromone trap, light trap etc. Nicotinamide diflubenzuron Ⅲ
3. quarantine; Bt Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue.
Quercus
Oak real stiff dry
disease
1.Silvicultural measures:Mixed forest, improving site conditions, remove dead
branches,
Carbendazim Chlorothalonil U
2. Quarantine; Thiophanate methyl U
3. chemical control: using pesticides with high efficiency, low toxicity and low residue. triadimefon Ⅲ
Oak powder boat moth,
Quercus variabilis
wave feet moth, brown
prominent of oak
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using trichogramma. Nicotinamide diflubenzuron Ⅲ
4. chemical control: :use pollution-free pesticides Bt Fenoxycarb U
blueberry tree
Leaf blight, Pythium
aphanidermatum
1.Silvicultural measures: Carbendazim Chlorothalonil U
Mixed forest, improving site conditions, remove dead branches, nursery soil
disinfection.
Thiophanate methyl U
2. Quarantine; triadimefon
chemical control: using pesticides with high efficiency, low toxicity and low residue. Ⅲ
Anomala corpulenta
Motschulsky,
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
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Ceroplastes Rubens
maskell, inchworm
3. Biological control: using parasitic fly Nicotinamide diflubenzuron Ⅲ
4. chemical control: :use pollution-free pesticides Bt Fenoxycarb U
Movangtam
Fusarium Patch, root
rot, anthracnose
1.Silvicultural measures:Mixed forest, improving site conditions, remove dead
branches, nursery soil disinfection.
Carbendazim Chlorothalonil U
2. Quarantine;chemical control: using pesticides with high efficiency, low toxicity and
low residue.
Thiophanate methyl U
triadimefon Ⅲ
Agrotis ypsilon; 1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
white grub 2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using parasitic fly Nicotinamide diflubenzuron Ⅲ
4. chemical control: :use pollution-free pesticides Bt Fenoxycarb U
Betula
luminifera
Furuncle bats moth 1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using Trichogramma. Bt; Nicotinamide diflubenzuron Ⅲ
Bt Fenoxycarb U
4. chemical control: :use pollution-free pesticides
ailanthus
Eligma narcissus;
Lycorma delicatula
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using Trichogramma; Nicotinamide diflubenzuron Ⅲ
4. chemical control: :use pollution-free pesticides Bt Fenoxycarb U
cedrela sinensis batocera horsfieldi;Wu
Chune
1. Silvicultural measures: Mixed forest,Improve the site conditions and clean up the
branches and leaves of victims fruit;
Matrine Triflumuron Ⅲ
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2.mechanical physical pheromone trap, light trap etc. Azadirachtin chlorbenzuron Ⅲ
3. quarantine; Nicotinamide Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
gingko
Ginkgo stem rot
disease;Gingko leaf
blight
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
Ginkgo sere disease 2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4. chemical control: using pesticides with high efficiency, low toxicity and low residue.
Dictyoploca japonica
Moore; Ginkgo super
small foliaceous moth;
Dichocrocis
punctiferalis Guenee
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. quarantine; Nicotinamide Fenoxycarb U
4.chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
banana shrub
Leaf blight;
anthracnose;
Cephaleuros virescens;
sootymould
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4. chemical control: using pesticides with high efficiency, low toxicity and low residue.
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scale insect 1.Silvicultural measures: Matrine Triflumuron Ⅲ
Mixed forest, improving site conditions, Azadirachtin chlorbenzuron Ⅲ
2.mechanical physical:Dig eggmass, insecticidal lamp, etc Nicotinamide Fenoxycarb U
3. quarantine; Bt sendebao U
4.chemical control: using pesticides with high efficiency, low toxicity and low residue. SNPV
goldenrain tree
LuanShu flow gum
disease
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue.
LuanShu aphids;Six
black panther star
quer-civorus moth
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
Pink neck longicorn 2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using parasitic fly Bt; Nicotinamide Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
Magnolia
biloba
Leaf blight; root rot;
sootymould
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
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2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue.
Nadezhdiella cantori 1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. quarantine; Nicotinamide Fenoxycarb U
4.chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
metasequoia
Fusarium Patch;Red
blight
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Choristoneura
fumiferana; Black
wings big termites。
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using parasitic fly Bt; Nicotinamide Fenoxycarb U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV
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wax myrtle
Yang mei the cancer
disease;brown blotch;
Sere disease;root rot。
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Clania variegata
Snellen; small bag
moth;Chalioides
kondonis Matsumura;
Dry longicorn
1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using parasitic fly; Nicotinamide Fenoxycarbsendebao U
4. chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt U
SNPV
oriental white
oak
Anthracnose;af spot;
Bituminous coal
disease
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
sclerophylla
Schott
powdery mildew;Leaf
blight;leaf spot
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
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35
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Sweet
microphylls
tree
brown rot 1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
;Decayed disease;
withes broom
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Red thick No plant diseases and
insect pests
Choerospondias
axillaris
Rhizoctonia solani;leaf
spot;Angular leaf spot
1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches,
Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
Thiophanate methyl U
3. quarantine; triadimefon Ⅲ
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Orthoptera;cutworm 1.Silvicultural measures:Mixed forest, improving site conditions, Matrine Triflumuron Ⅲ
2.mechanical physical:Dig eggmass, sexual lures, insecticidal lamp, etc Azadirachtin chlorbenzuron Ⅲ
3. Biological control: using parasitic fly Bt; Nicotinamide Fenoxycarb U
4. Chemical control: using pesticides with high efficiency, low toxicity and low residue. Bt sendebao U
SNPV diflubenzuron Ⅲ
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36
Prunus
campanulata
Holedisease; 1. breeding disease-resistant varieties, strengthen management, organic fertilizer,
enhance growth potential, improve the capacity of resistance.
Carbendazim Chlorothalonil U
cancer disease; 2. Silvicultural measures: cleaning up the diseased leaves, fruit and branches, Thiophanate methyl U
leaf spot Deadwood twigs, fruit and curettage of the bark, then concentrate them in deep buried
or burned.
triadimefon Ⅲ
3. quarantine;
4.chemical control: using pesticides with high efficiency, low toxicity and low residue
Cinnamomum
micranthum
No plant diseases and
insect pests
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4. Implementation Organization and Management
4.1 Implementation agencies and task allocation
The PMP will be serve as the guidance for project integrated pest management.
The provincial, prefectural and county levels PMOs will take charge of implementation of
the PMP, including giving guidance on executing the PMP to the project operational units,
training forestry technicians at all levels and project farmers, and monitoring on the
implementation of technical training and application of IPM methods.
PPMO will approve of the designated pesticide list after a consultation with World Bank,
and CPMO are responsible for the procurement of pesticide or partly organizing and guiding
farmers to purchase pesticides. Only pesticides on the procurement list can be purchased by
project counterpart fund, and PPMO should strictly supervise and check the procurement
list, collocation and use of pesticides, as well as the use of project fund. PMO at all levels
should keep a detailed record so as to monitor the procurement procedure.
The provincial and prefectural PMOs will be responsible for monitoring on the training
activities organized by CPMOs, and the application of IPM methods. The CPMO will be
responsible for training the forestry staff of project counties and townships as well as project
farmers, and guiding on the application of IPM methods.
The technical staff in county forestry bureau and township forestry station will make
diagnosis of pests/diseases,of project forests and provide suggestions on the application of
designated pesticides and pest management to the project farmers. The technicians of the
project counties will consult with relevant experts from prefectural or provincial institutions
in turn based on the needs. These institutions may include prefectural and provincial
FPCQSs, colleges of plant protection of agriculture or forestry universities.
4.2 Procurement, Transportation and Storage of Pesticide
4.2.1 Pesticide Procurement
The pesticide procurement should follow the Recommended Pesticide List with expending
the counterpart fund. Based on the pest prediction, each project entity should estimate the
name, quantity and dosage of needed pesticides and report them to CPMO. After CPMO
report the needs of pesticide procurement to the prefectural PMO, the provincial and
prefectural PMOs will arrange bulk procurement namelist according to the relevant
regulations. Large quantity of pesticides can be purchased directly by CPMOs, while small
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amounts of pesticides can be bought directly by project entities from the township pesticide
stores, but the pesticides must be approved of by CPMO in prior.
4.2.2 Pesticide Transportation
The pesticides purchased by bulk should be sent by the technical staff to ensure the safe and
timely delivery to the destination. Once the container holding pesticide is damaged, the
remedial method must be adopted effectively to prevent environmental pollution. CPMO
should retain the original transport and delivery records.
4.2.3 Pesticide Storage
According to the related regulations, county forestry bureau in project area should reserve
pesticides in the specific storage facility. The institutes and retail stores that provide service
for the project entities should maintain the storage facilities regularly. Each project entity
should send the residual pesticides back to the designated pesticide warehouse. According to
relevant laws and regulations, empty pesticide containers should be returned to the
designated warehouse for reuse or secure landfill.
4.3 Pesticide supervision and management agencies
Responsibilities of each agency:
Provincial Department of Agriculture: in charge of the registration, utilization,
supervision and management of the pesticide in its province, in charge of formulate or
participate in the formulation of the national or industrial standards regarding
agriculture issues, including safe use of pesticide, product quality of pesticide and
pesticide residues.
Provincial Industrial and Commercial Bureau: in charge of the management of pesticide
market link.
Provincial Quality Supervision Bureau: in charge of the management of pesticide
production link.
Agricultural Law Enforcement Institution: in charge of the supervision and management
of agricultural chemicals’ market quality.
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39
Figure 3 Agencies of Pesticide Supervision and Management
4.4 Pesticide residue inspection institutes
Forestry Product Quality Monitoring Center (Station) at Prefecture, County and District
Levels: in charge of supervision and management of agricultural products’ quality safety in
local area.
Quality Inspection Station of the Agricultural Products from Wholesale Markets and
Supermarkets of Agricultural and Forestry Products: in charge of quality inspection of
agricultural products entering in market (supermarket).
Quality Inspection Spot of Agricultural Products from Agricultural Production Base: in
charge of the quality inspection of agricultural products from agricultural production base.
Provincial Department
of Agriculture
Provincial Industrial &
Commercial Bureau
Provincial Quality
Supervision Bureau
Prefectural and
County Industrial and
Commercial Bureau
Prefectural and
County Bureau of
Quality Supervision
Prefectural and
County Agriculture
Bureau
Agricultural Law
Enforcement Group
Township Agricultural
Technology Extension
Service Center
Prefectural and
County Agricultural
Law Enforcement
Detachment
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Figure 4 Pesticide residue inspection institutes
Quality Safe of
Provincial Forestry
Agriculture Product
Forestry Product
Quality monitoring
site at City, County
and District Levels
Quality Inspection Station
and Supermarkets of
Agricultural and Forestry
Products
Quality Inspection
Spot of Agricultural
Products from
Agricultural
Production Base:
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5 Training
5.1 Training Methods and Object
The PPMO will formulate the project technical training plan at all levels based on the IPM
methodology. The training will be conducted at provincial, county and township levels.
PPMO is responsible for conducting the Provincial training course to the technical and
management staff of project counties. CPMOs are responsible for conducting the county
level training course to the technical staff from project townships and county or township
level forest farms; CPMOs are also responsible for conducting the township level training
course to village cadres of project villages, farmer association and representative farmers.
The training institutions should prepare training materials seriously, and carry out the
training activities with a combination of the training course and on-site training.
5.2 Training Contents
Training content should include the following aspects:
-Relevant national and local related laws and regulations
-Pest Management Plan and its key points of implementation
-Techniques of common pest identification, prevention and integrated management in
project plantation
-Knowledge and operating skills of pesticide procurement, transportation, safe use and
storage.
Theoretical knowledge and practical technology should be emphasized in the integrated
training for management staffs and technical staffs in the project, while extension of
knowledge and operating skills should be emphasized in training for project entities and
farmers.
5.3 Training Plan and Budget
The detailed training plan and budget is made according to the training content and
requirement (see table 6). The total budget of the training is RMB 1.044 million. The
detailed plan and appropriation budget are listed in Table 5.
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Table 6 Training plan and budget
Training content Trainer Trainees
Number
of
trainees
Training
person-days
Total number
of training
person-days
Time (year) Budget
(10,000
RMB)
Remark
provincial level
(1) Laws and regulations, Pest
Management Plan PPMO Cm, Ct 60 60 120
The 1st and
3rd year 4.8
RMB 400
person
day
(2)Forestry pests control technology PPMO Cm, Ct 60 60 120 The 1st and
3rd year 4.8
RMB 400
person day
(3)Pesticide procurement, management
and safe use. PPMO Cm, Ct 60 60 120
The 1st and
3rd year 4.8
RMB 400
person day
Total 180 180 360 14.4
2.County level
(1)pests identification, prevention and
comprehensive management CPMO Tt, Ft, 300 300 1500 Every year 30
RMB 200
person day
(2)The safety use of pesticides CPMO Tt, Ft, 300 300 1500 Every year 30 RMB 200
person day
total 600 600 3000 60
3.Township(forestry center) level 30
annual training course in each project area
(field demonstration on pest control and
safety use)
CPMO Fm 2000 2000
Every year 30
RMB 30
person day
total 2000 2000 10000 30
Funds of the total 104.4
Note: PPMO: Provincial Project Management Office; CPMO: County Project Management Office; Cm: county project management staff; Ct: County technical staff;
Tt: Township technician; Ft: County, township forestry technician; Fm: village cadre, farmer combine or main farmer delegate.
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6. Monitoring and Evaluation
6.1 Monitoring and Evaluation on Pests Occurrence and Harm
Monitoring should take a combination of positioning monitoring and routine monitoring.
Under the guidance of provincial and prefectural FPCQS, each project county (city, district)
FPCQS is responsible for carrying out positioning monitoring in the pests high-risk periods
for 2-3 times per year. In addition, under the guidance of technicians of county and
township, the project entities or farmers should carry out the routine monitoring and report
to the CPMO timely once they find the occurrence of pests/diseases.
Figure5 Pest management monitoring diagram
6.1.1 Selection and distribution of positioning monitoring sites
At least one typical monitoring site among the project counties (city, district) should be
chosen in each project technical model, in which positioning monitoring on pests/diseases
occurrence and damage degrees will be carried out.
2 monitoring of M1 will be set up in Pingjiang county with 2 times of field survey each year.
2 monitoring of M2 will be set up in Zixin county with 3 times of field survey each year. 2
monitoring of M3 will be set up in Mayang county with 2 times of field survey each year.
2 monitoring of M4 will be set up in Changning county with 3 times of field survey each
Provincial FPCQS
Prefectural and county level FPCQSs
Pest monitoring sites
Ordinary
pests/diseases
Sudden
pests/diseases
Incidental
pests/diseases
Quarantine
pests/diseases
Data acquisition and
analysis
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Measures of pests/diseases
prevention and control
measures
Effects of pests/diseases
prevention and control
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44
year. 2 monitoring of M5 will be set up in Guiyang county with 3 times of field survey
each year. 2 monitoring of M6 will be set up in Yuanling county with 2 times of field
survey each year. 2 monitoring of M7 will be set up in Ningxiang county with 2 times of
field survey each year. 2 monitoring of M8 will be set up in Leiyang county with 3 times
of field survey each year. (see table 7).
6.1.2 Monitoring methods
Positioning monitoring sites will be set up in the project plantation, in which 20-30 trees will
be selected by mechanical sampling and marked as the standard trees.. Fixed survey of
pests/diseases occurrence will be conducted on the standard trees in the fixed time every
year, which includes species, incidence and damage degree of pests/diseases, and the
measures and frequency of pest control will also be recorded.
6.2 Monitoring and Evaluation on the Quality of Pests Management
Under the guidance of the provincial and prefectural PMO, CPMO should take regular
inspection and random check to monitor and evaluate the quality of pest management. The
provincial and prefectural PMO is responsible for supervision and checking on the CPMO.
The main contents of monitoring and evaluation include following aspects:
(1) Monitoring on the species and damaged area of pests in project plantation, as well as the
adopted control measures and their effects, and evaluating whether they are in accordance
with the requirement of IPM.
(2) Monitoring on the names and quantity of pesticides purchased by both CPMO and
project entities or farmers, and evaluating whether these pesticides are on the recommended
pesticides list or belong to a category above II according to the classification by WHO;
(3) Monitoring on the content and person-day of training to technicians of prefecture, county
and township (forest farm), as well as the project entities and farmers; evaluating the
progress and effect of the implementation of training plan;
(4) Monitoring on pesticide use of project entities and farmers, which includes whether
suitable pesticides and their dispersal methods are correctly used, whether the proper
protective measures in the using process are taken, how the residual pesticides and
wrappings are handled, and whether pesticides are used in a safe way by project entities and
farmers. etc.
6.3 Budget
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Based on the numbers of monitoring sites and monitoring frequencies, a detailed budget is
made. A total budget of RMB 80,000 will be needed for conducting 40 times of monitoring
at 16 monitoring sites with the unit price of RMB 2,000/time. Considering the monitoring
period is 5 years, the total budget for pest monitoring is RMB 400,000 (see table 7).
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6.4 Pests/Diseases Monitoring Plan and Budget
Table 7 Statistic of Pests/Diseases Monitoring Plan and Budget
monitoring
site
Technical
model
Content
Number of
monitoring
site
Monitoring
Frequency
(times/year)
Unit price
(RMB10,000
per year)
Total
(RMB
10,000)
Executing
Agency
Supervision
Agency
pingjiang M1 Species, occurrence,
damage degree
2 2 0.8 4.0
Certified
institutions
and
County
FPCQS
PPMO
CPMO
zixing M2 Species, occurrence, damage degree 2 3 1.2 6.0
mayang M3 Species, occurrence, damage degree 2 2 0.8 4.0
changning M4 Species, occurrence, damage degree 2 3 1.2 6.0
guiyang M5 Species, occurrence, damage degree 2 3 1.2 6.0
yuanling M6 Species, occurrence, damage degree 2 2 0.8 4.0
ningxiang M7 Species, occurrence, damage degree 2 2 0.8 4.0
leiyang M8 Species, occurrence, damage degree 2 3 1.2 6.0
total 8.0 40.0
Note: The unit price of field survey for one monitoring site is RMB 2, 000 for each time. Monitoring period is 5 years.
M1: conifers + general hardwood; M2: conifers + precious hardwood; The M3: precious tree fostering; M4: general hardwood tree fostering; M5: conifers + general
hardwood mingled forestry; M6: conifers + precious mingled forestry; M7: bamboo + hardwood mingled forestry; M8: promoting natural regeneration artificially