Baseline
Simulated
Change
per capita (kip)
per capita (kip)
in percentage
National
-614,737
-541,908
11.85
Rural
-332,467
-265,662
20.09
Urban
-1,467,895
-1,376,859
6.20
Region
Vientiane (capital)
-2,961,939
-2,867,558
3.19
North
-499,082
-460,666
7.70
Central
-912,230
-877,969
3.76
South
687,737
874,479
27.15
Baseline
Simulated
Change (%)
National
45.26
44.88
-0.39
Rural
44.56
45.32
0.76
Urban
45.87
44.15
-1.72
Region
Vientiane (capital)
48.03
44.17
-3.86
North
43.84
44.22
0.38
Central
42.88
45.08
2.20
South
42.37
46.35
3.99
Baseline
Simulated
Change (%)
National
25.78
29.59
3.81
Rural
29.65
29.04
-0.62
Urban
20.26
30.38
10.12
Region
Vientiane (capital)
16.79
28.93
12.14
North
31.77
28.21
-3.56
Central
27.35
32.34
4.99
South
22.18
23.37
1.19
3. Poverty impacts (headcount index, percentage)
1. Mean welfare change
2. Gini index as percentage
32
7.3. Determinants of Welfare Gains or Lose
Despite increasing welfare from AFTA, the impacts of AFTA are heterogeneous. In order to
analyze the detailed impacts of AFTA on households, we use the logit model to investigate
the factors which influence absolute gains or losses of welfare (Gi). The dependent variable is
welfare (Gi) which was calculated in the previous chapter. If a household gains from AFTA it
is labeled 1 and if it loses is 0. The explanatory variables describe various attributes of
different households (for more details see Table 1).
Following the literature from Anderssson et al. (2005), Warr (2010) and Chen and Ravallion
(2003), the explanatory variables can be divided into three categories: factors of production,
household characteristics, and environmental factors. The multi-regression equation
relationship between the probability to gain or lose in welfare and explanatory variables can
be expressed as follows:
Gi = ?????? + ??????
??????
??????
??????
+ ??????
??????
??????
??????
+ ??????
??????
??????
??????
+
ε………………………………………….. (1)
???????????????????????? (???????????? = 1) =
1
1+??????
−????????????
…………………………………………………. (2)
Where:
Prob = Probability of gains in household welfare (Gi)
??????
−??????
??????
= Irrational number to the power of Gi
Gi = Welfare measured in previous session. Gi is equal one if
household gains in welfare from AFTA; otherwise equal to zero
V = Vectors of factors of production.
W = Household characteristics.
X = Environmental factors.
i
i
γ
β
α
,
,
and
i
δ are unknown parameters and ε is a normally distributed
random error term.
33
Table 1: Variable and Definition
Variables
Definition
Unit
Dependent Variables
Gi
Gi is measured household gains or lose of welfare
from AFTA
gains =1;
lose=0
Explanatory variables
Factors of production
Irrigation Access
Irrigation Access to village
yes =1; other
= 0
Number of Cattle
Number of Cattle per household
Number
Number of Buffalo
Number of Buffalo per household
Number
Number of Pigs
Number of Pigs per household
Number
Literate Total
Total number of Literate in household
person
Literate Females
Literate Females
person
Education
Education level of household head in years
year
Adults
Number of Adults in household
person
Rice farm land
Rice farm land Area of household
hectare
Other Cultivation land
Other Cultivation Land Area of household
hectare
Lowland Area
Village located at Lowland Area
hectare
Chemical use for
Planting
Chemical use for Planting
yes =1; other
= 0
Business
Household owned Business
yes =1; other
= 0
Household
characteristics
Dependency Ratio
Decency Ratio
ratio
Male Head of
Household
Male Head of Household
yes =1; other
= 0
Age of Household
Head
Age of Household Head
year
Age Squares
Age Squares of Household Head
year
Environmental factors
Access to All season
Road
Access to All Season Road
yes =1; other
= 0
Electricity Access
Electricity Access
yes =1; other
= 0
Access to Safe Water
Safe Water Access
yes =1; other
= 0
Community Health
Community Health Access
yes =1; other
= 0
Distance to Hospital
Distance from Village to Hospital
km
Access to Market
Village access to market
yes =1; other
= 0
Factors of production
The choice variables are to reflect the production capacities of households and include the
inputs of land, physical capital, technology, human capital and labour.
34
The land area is an important factor in determining household welfare. We include two
categories of land: farmland and land for other agriculture.
The physical capacity is difficult to measure. Following the literature, the physical capital
includes: cattle, buffaloes, and pigs.
Human capital is one of the most crucial factors to determining welfare. We used the
education level of the household’s adult members as a proxy for human capital.
Technology is an important factor in determining household welfare. We included two
variables as proxies for technology: chemical fertilizers and whether the household runs a
business.
Household Characteristics
Household Characteristics are also important factors to determining household welfare. For
household characteristics, we include ages, dependency ratio
25
, and gender of household
head.
Environmental factors
Environmental factors refer to the impact of infrastructure on household income earning
capacity. We include six variables to capture the impact of infrastructure: village access to
electricity, roads, health services
26
, safe water, markets
27
.
The results of the Logit model are shown in Table 2
28
. Out of 23 explanatory variables, 13
were found to be statistically significant in determining absolute gains or losses of household
welfare (Gi), which includes the factors of production, household characteristics, and
environmental factors.
Factors of production such as inputs of land are important factors to determining household
welfare. If the extent of a household’s ‘other agriculture land area’ has a positive and
significant impact on welfare, it means that farmer will gain benefits from AFTA, particularly
in lowland area. Should irrigation access have a positive, statistically significant, this implies
that access to irrigation could result in more productivity and thus contribute to household
welfare. Following the approaches described in other literature, physical capital includes
cattle, buffalo, and pigs, thus measuring the contribution of ownership of farm animals to
household welfare. Human capital is measured by education level of the household’s adult
members. All variables for human capital are strongly significant, and it appears that the
literacy of members in household and education level of household heads are positively
related to household welfare. This is consistent with government policies to contribute to
investments in human capital for building labor capacity of households across the country,
especially for the poor to escape from poverty. The variables related to technology- chemical
25
Dependency ratio was calculated by dividing the number of dependents by the total number of household
members.
26
Two variables were used to capture village access to health services: whether village has community health
work and the distance of the village to the hospital.We used two variables to capture village access to health
services: whether village has community health work and the distance of village to hospital.
27
To calculate the access to market, we used whether the village has a market located in the village.Access to
market, we used variable whether village has market at village.
28
See Summary Statistics of Variables in appendix 3 and correlation between variables in appendix 4
35
fertilizers and whether the household runs a business- appear to have different effects on
welfare. The use chemical fertilizers has a positive and significant effect but running a
business has negative and significant effects, meaning that households which run businesses
would lose welfare from AFTA. It is possible that they might lose welfare for only the short
term, but in the long term they would gain more benefits from AFTA.
Table 2: Results of factors influence on absolute gains or losses of household welfare (Gi)
Dependent variable : Gi
Coefficient
z-value
P>│z│
Explanatory variables
Factors of production
Irrigation Access to village
0.1448 *
1.80
0.0720
Number of Cattle per household
0.0226 ***
4.18
0.0000
Number of Buffalo per household
0.0619 ***
6.44
0.0000
Number of Pigs per household
0.0278 ***
4.00
0.0000
Total number of Literate per household
0.0476 **
2.21
0.0270
Literate Females
0.0451
1.53
0.1270
Education level of household head in
years
0.0626 ***
9.10
0.0000
Adults
0.0332
1.54
0.1230
Rice farm land Area per household
-0.0121
-0.71
0.4750
Other Cultivation Land Area per
household
0.0824 ***
4.24
0.0000
Village located at Lowland Area
0.3063 ***
5.61
0.0000
Chemical fertilizers
0.2088 **
2.63
0.0090
Business
-0.1798 ***
-3.08
0.0020
Household characteristics
Dependency Ratio
-0.1270
-1.24
0.2140
Male Head of Household
0.0722
0.69
0.4880
Age of Household Head
-0.0053
-0.44
0.6610
Age Squares of Household Head
0.0001
0.58
0.5650
Environmental factors
Access to All Season Road
0.0543
0.87
0.3870
Electricity Access
-0.0639
-1.05
0.2920
Access to Safe Water
-0.0048
-0.09
0.9240
Community Health
0.2097 ***
4.38
0.0000
Distance from Village to Hospital
0.0005
0.36
0.7200
Access to Market
0.1833 **
2.07
0.0380
Constant
-1.4223 ***
-4.63
0.0000
Number of observations
8293
LR chi2(8)
433
Prob > chi2
0.0000
Pseudo R2
0.0383
Note: the superscripts *, ** and *** denote rejection at 10, 5 and 1 per cent critical values.
Source: Authors' calculations based on LECS 4
36
Household characteristics in this study include age, dependency ratio
29
, and gender of
household head. The results demonstrated that all variables of household characteristics have
have insignificant impacts on household welfare, which means that household characteristics
hold less influence over absolute gains or losses of household welfare. This is in contrast with
the study of Anderssson, M., Engvall, A., and Kokko, A. (2005).
Environmental factors refer to the impact of infrastructure on household income earning
capacity. We include six variables to capture the impacts of infrastructure: village access to
electricity, road access, health services
30
, safe water, and markets
31
. The results of the study
indicated that there are only two of six proxies for environmental factors – village access to
health services and markets – which are statistically significant and positively related to
household welfare.
29
Dependency ratio was calculated by dividing the number of dependents by the total number of household
members.
30
Two variables were used to capture village access to health services: whether village has community health
work and the distance of the village to the hospital.
31
To calculate the access to market, we used whether the village has a market located in the village.
37
8.0 CONCLUSIONS
The impact of trade liberalization on poverty is of major interest to academics and policy
makers at local and international levels. There are some remaining questions as to whether or
not trade liberalization is good for poor households. In Laos, the AFTA could have positive
and negative impacts on poverty depending on various factors, including characteristics of
households. There is therefore significant concern as to whether trade liberalization,
especially the provisions which AFTA entails, will raise or alleviate poverty. However, there
are very few studies focused on the impacts of AFTA on poverty in Laos. The main objective
of this study is to assess the impacts of AFTA on poverty using a multi-region, multi-sector
CGE model (GTAP) and micro-simulation.
From the GTAP simulation results, we can conclude that direct impact of tariff cuts will be
minimal. However, the indirect effects from AFTA, such as the improvement of trade
facilitation and promotion of FDI, are expected to be much larger. The real GDP will increase
by only about 9.5% and household welfare (EV) will increase by 422 million US$. However,
Laos will experience the growth of a much more significant trade deficit from AFTA than it
currently experiences – a deficit of an estimated 18 million US$. Most sectors when analysed
are expected to experience a trade deficit, especially the food and crop sectors. Production
outputs in industrial sectors such as motor vehicles and parts, machinery and equipment, oil,
metals, chemicals, rubber, plastic products, electricity, ferrous metals, and coal will grow as a
result of AFTA. On the other hand, some parts of the agriculture and light manufacturing
sectors such as sugar, leather products, textiles, crops, dairy products, vegetable oils and fats,
apparel, insurance, gas, and petroleum, coal products will lose from AFTA.
In sum, AFTA will increase real GDP and welfare in Laos. However, it will also increase its
trade deficit and create winners and losers in production outputs. AFTA will also contribute
to poverty reduction in terms of increasing wages for both skilled and unskilled labor and it
will not increase income inequality in Laos.
From the results of the micro-simulation, the impacts of AFTA on welfare are positive on the
national level, for urban households, and for rural households on the whole. In addition,
welfare will increase across regions. AFTA will also reduce inequality at the national level
but impacts of AFTA on inequality are predicted to be heterogeneous across the region. The
Logit model indicates that the beneficiaries of AFTA are determined by whether households
have access to irrigation; the number of livestock including cattle, buffalo, and pigs; the
number of literate members of the household; the education of household head; the land area
of the household; and access to community and market.
However, this study is affected by several weaknesses in the GTAP simulation. First, it uses a
static GTAP model, which does not reflect the real impact of AFTA. Second, due to lack of
data, we do not consider the Non-trade barrier (NTB). Third, this study does not taken into
account the gains from increase productivity from trade.
38
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