Economic Policy in PNG: 2010 - 2020
Institute of National Affairs 30 June 2016 Martin Davies Washington and Lee University and Development Policy Center, Crawford School of Public Policy, Australian National University
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Economic Policy in PNG: 2010 - 2020 Institute of National Affairs 30 June 2016 Martin Davies Washington and Lee University and Development Policy Center, Crawford School of Public Policy, Australian National University Talk Outline
Institute of National Affairs 30 June 2016 Martin Davies Washington and Lee University and Development Policy Center, Crawford School of Public Policy, Australian National University
Demand Side
Supply side
P eP* 1 e
Source: P. Flanagan, 18 June 2015
RER = eP* P e
Source: P. Flanagan, 18 June 2015
2014 2012
1990 1992 1994 1996 1998 2000 2002 2004 2006 2008 2010 2012 2014
RER =eP* P
Source IMF 2015
deficit bad?
CA = Exports – Import = EX(θ) – IM(Y) = 0
increasing the current account ↑ CA
current account (↓CA)
Y Real Exchange rate, θ External balance: CA =0 CA > 0 CA < 0
Y Real Exchange rate, θ Internal Balance: π = π* Y > Yf : π > π* Y < Yf : π < π*
Y Real Exchange rate, θ External balance: CA =0 I CA > 0 π > π* II CA < 0 π > π* Internal Balance: π = π* III CA < 0 π < π* IV CA > 0 π < π*
Y Real Exchange rate, θ External balance: CA =0 Internal Balance: π = π* Y1 θ1
aggregate expenditure = full employment consumption (C) + investment (I) + gov’t spending (G) + exports (EX) – imports (IM) = Yf nominal exchange rate = e
real exchange rate = θ = eP*/P
foreign price level in Kina = eP*; PNG price level = P
Devaluation ↑e → our goods cheaper to foreigners → ↑ θ → ↑export (EX)
P rises slower than P* (PNG inflation is less than inflation in rest of world ) → ↑ θ → ↑ export (EX)
Y Real Exchange rate, θ AD Output
Y Real Exchange rate, θ External balance: CA =0 Internal Balance: π = π* Y1 θ1 AD
Y Real Exchange rate, θ AD1 CA =0 ERU AD2
B
CA < 0 current account deficit AD > y economy overheats BOP surplus (FDI increases financial account) → e ↓ nominal appreciation → ↓ θ π > π* → ↓ θ C
A
RER =eP* P
Source IMF 2015
RER = eP* P e
Source: P. Flanagan, 18 June 2015
2014 2012
1990 1992 1994 1996 1998 2000 2002 2004 2006 2008 2010 2012 2014
Y Real Exchange rate, θ AD1 CA =0 ERU AD2
B
C
A CA < 0 current account deficit remains BOP deficit (FDI inflows stop) → ↑ e nominal depreciation → ↑ θ (real depreciation) Then π > π* → ↓ θ (real appreciation) D
Y Real Exchange rate, θ AD1 CA1 =0 ERU AD2
B
C
A CA > 0 current account surplus BOP deficit → ↑ e nominal depreciation → ↑ θ causes real depreciation Then π > π* → ↓ θ real appreciation D
CA2 =0
RER =eP* P
Source IMF 2015
RER = P eP* 1 e
Source: P. Flanagan, 18 June 2015
Y Real Exchange rate, θ AD2 CA2 =0 ERU2 AD1
B
CA < 0 current account deficit Y < Yf: π < π* e ↑ (depreciation C
A CA1 =0 ERU1
Y Real Exchange rate, θ AD2 CA2 =0 ERU2 AD1
B
CA < 0 current account deficit Y < Yf: π < π* e ↑ (depreciation) C
A CA1 =0 ERU1 AD3 D
25% = 10% + 15%
both
Free Capital Mobility Monetary Policy Autonomy Fixed exchange rate Bretton Woods system ERM, Asian pegs, Within eurozone USA, Japan, Eurozone, UK
r Y LM IS1(G1) Y0 r* IS2(G2) BP: Zero Capital Mobility BOP: Perfect Capital Mobility BOP = Current Account (EX-IM) + Financial Account (net capital inflows)
e Foreign Currency (USD) DFC SFC Exports + Capital Inflows Imports + Capital Outflows e* = 1 = 3.33 0.3 S* D* Balance of payments deficit = Excess demand for forex / Excess supply of Kina (K607 mn)
rbig Y BP1 LM IS1(G1) Y1 r1 IS2(Gsmall) rsmall Ysmall Ybig IS3(Gbig)