José M. Cansino
University of Seville
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Featured researches published by José M. Cansino.
Evaluation and Program Planning | 2013
José M. Cansino; Jaime Lopez-Melendo; María del P. Pablo-Romero; Antonio Sánchez-Braza
This paper evaluates the Diagnostic Program in Spain which is a publicly funded program to promote internationalization of companies located in Andalusia (south of Spain). The methodology used is the propensity score-matching. The treatment group consists of companies which participated in the Program until 2008. The control group has companies which planned to participate in the Program but had not done so up to that date. The response variable measures the ratio of export to total sales for each company. Four covariates have been taken into account: activity, location, sales and number of employees. The analysis leads to the conclusion that the companies that participated in the Program improved their ratio of exports to total sales by about 10 percentage points.
Applied Economics Letters | 2007
José M. Cansino; M. Alejandro Cardenete; Rocío Román
The goal of this article is to calculate the cumulative impact of the tax on the retail sales of certain fuels (IVMH, in Spanish initials) and its effects on some fundamental economic variables, on the price indices and on remaining tax collections. The novel aspect of this work is to use as methodology a very simple price model applied to a regional Social Accounting Matrix (SAM)–instead of a input-output table–done for Andalusia where we introduce a new tax. The main results of this article show that the introduction of the IVMH in the regional economy may be provoke marginal variations on economy prices. There is also a global increase of tax collections of 0.057%.
Carbon Management | 2016
José M. Cansino; Manuel Alejandro Cardenete; Manuel Ordóñez; Rocío Román
ABSTRACTDue to the relevance of fossil fuels in the electricity matrix in Spain, the electrical sector plays a crucial role in mitigation policies such as carbon taxes. Increased prices of electricity can act as an incentive to enhance energy efficiency contributing to CO2 abatement. This paper evaluates a tax on electricity consumption (ECT). Focusing on energy efficiency commitments for Spain as established by EU Authorities for Horizon 2020 (H2020), a pricing model was created to assess economic impacts and its effectiveness in meeting this commitment. The analysis was performed by considering two scenarios, without (Scenario 1) and with (Scenario 2) tax recycling between the new tax and employer-paid social security benefits or contributing to price stability. In Scenario 2, the tax reform is achieved with tax recycling, offsetting the introduction of the ECT by reducing employer-paid social security payments. Two alternative restrictions on the tax reform were considered for the simulation of Scenari...ABSTRACT Due to the relevance of fossil fuels in the electricity matrix in Spain, the electrical sector plays a crucial role in mitigation policies such as carbon taxes. Increased prices of electricity can act as an incentive to enhance energy efficiency contributing to CO2 abatement. This paper evaluates a tax on electricity consumption (ECT). Focusing on energy efficiency commitments for Spain as established by EU Authorities for Horizon 2020 (H2020), a pricing model was created to assess economic impacts and its effectiveness in meeting this commitment. The analysis was performed by considering two scenarios, without (Scenario 1) and with (Scenario 2) tax recycling between the new tax and employer-paid social security benefits or contributing to price stability. In Scenario 2, the tax reform is achieved with tax recycling, offsetting the introduction of the ECT by reducing employer-paid social security payments. Two alternative restrictions on the tax reform were considered for the simulation of Scenario 2. In the first case, a restriction was imposed to ensure revenue neutrality (2-I). In the second case, the restriction ought to maintain price stability (2-II). Results from different scenarios offer an important range of possibilities for policy decisions. The results show that with a tax rate equal to 1%, there is a remarkable reduction of CO2 emissions from the electricity sector, and the same happens with other sectors that the literature identifies as drivers of such emissions.
Archive | 2011
José M. Cansino; María del P. Pablo-Romero; Rocío Román; Rocío Yñiguez
The share of renewable energy source (RES) in gross final energy consumption was 10.3% in the European Union (EU-27) in 2008; the remaining 89.7% was covered through the use of conventional fuels such as natural gas or oil products (Eurostat, 2010). The renewable energy share in gross final energy consumption was used for the production of heat (5.5%), electricity (4%) and transport fuels (0.8%). Deployment of RES contributes to two of the four targets of the EU-27 energy strategy: the need to reduce primary energy dependency and the stress of demand on primary energy resources. In addition, the Green House Gas (GHG) abatement due to a more intensive use of RES contributes to improve the EU-27’s target related to climate change, this being the fourth target in its energy strategy. From a legal point of view, The Green Paper (EC 1996), which was the first attempt of establishing a common policy on renewable energies in the European Union, settled down the goal of duplicating the contribution of RES in the gross domestic consumption in 15 years. From the year 1996 until the present, the European Union has developed an intense ruling activity around the promotion of RES. An important step forward the construction of the Community framework about harmonized fiscal treatment was the passing of the Directive (EC, 2003/96), that restructures the community regime about taxation over energy products and electricity. In order to improve on energy efficiency, the most important EU policies for the households sector are the EPBD (EPC 2. Gross final consumption of energy from renewable sources for heating and cooling (H & C); and 3. Final consumption of energy from renewable sources in transport. IEA (2009) has recently pointed out that part of renewable energies growth is due to strong policy support. Therefore, policy measures to promote RES are becoming an interesting issue in its deployment.
Sustainability in Innovation and Entrepreneurship, 2018, ISBN 9783319573175, págs. 153-173 | 2018
José M. Cansino; Manuel Alejandro Cardenete; Manuel Ordóñez; Rocío Román
This chapter evaluates the cumulative impact (2014–2020) that a tax on electricity consumption would have on it consumption in Spain. Changes in electricity consumption are caused by increasing purchasing prices due to tax. Impact on revenues and CO2 emissions are also assessed through a model price. Tax reform is inspired on final report presented by a Group of Experts commissioned by the Government of Spain in 2014. The evaluation has been performed by considering two scenarios, without (Scenario 1) and with tax recycling between the new tax and employer-paid Social Security benefits or with tax using a price stability tool (Scenario 2). Data comes from the Social Accounting Matrix at purchase prices for Spain in 2006 (SAMESP06). Right rates of a carbon tax designed on electricity consumption would range between 6.24% and 5.52% to reach the total target.
Carbon Management | 2018
José M. Cansino; Roberto Moreno
ABSTRACT This paper assesses the role of the forestry sector in the CO2-eq emissions change in Chile from 1990 to 2013. Due to its relevance, this sector is considered as a proxy LULUCF activities. A second objective of this paper is to explore whether the forestry sector has always contributed to a decoupling process between CO2-eq emissions and economic growth. To address the first objective, the LMDI method has been used. For the second objective, the decoupling status between CO2-eq emissions comes from the Tapio index, which was used for the first step. For the second step, a second level of decomposition was carried out. Major findings from the LMDI and second-level decomposition analysis reveal that Chiles forestry sector clearly acted as a sink but failed to outweigh the role played by all other sectors taken into consideration. The results show that Chile has also failed to reach decoupling between economic growth and CO2-eq emissions. Efforts made in the forestry sector to reduce CO2 emissions were interesting but not strong enough to meet decoupling objectives. It is recommended that native forest management be reinforced and strengthened, mainly by reforestation with oak, raulí and coigüe varieties.
Energy Policy | 2010
José M. Cansino; María del P. Pablo-Romero; Rocío Román; Rocío Yñiguez
Energy Policy | 2011
José M. Cansino; María del P. Pablo-Romero; Rocío Román; Rocío Yñiguez
Renewable & Sustainable Energy Reviews | 2015
José M. Cansino; Antonio Sánchez-Braza; María Luisa Rodríguez-Arévalo
Energy Policy | 2016
José M. Cansino; Rocío Román; Manuel Ordóñez