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Genetic engineering for bioenergy crops
Puthiyaparambil Josekutty
, Shobha Devi Potlakayala
, Rebekah Templin
, Alankar Vaidya
, Sarah Ryan
, Deepkamal Karelia
, Nilkamal Karelia
, Vaman Rao
, Vilas Tonapi
, Behnam Tabatabai
, Fatima Fofanah
, Diego Morales
,
Sairam Rudrabhatla
School of Science, Engineering & Technology (Harrisburg)
Center for Cannabis and Natural Product Pharmaceuticals (CCNPP)
Penn State Cancer Institute
Cancer Institute, Experimental Therapeutics
Plant Institute
Research output
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Chapter in Book/Report/Conference proceeding
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Chapter
1
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Keyphrases
Agriculture
33%
Bioenergy
33%
Bioenergy Crops
100%
Biofuel
33%
Coal Gas
33%
Eco-friendly
33%
Electricity Production
33%
Energy Sector
33%
Forestry
33%
Fossil Fuel Reserves
33%
Fossil Fuels
100%
Fuel Oil
33%
Genetic Engineering
100%
Global Climate Change
33%
Greenhouse Gas Emissions
66%
Industrial Processes
33%
Land Use Change
33%
Natural Gas
33%
Oil Exploration
33%
Oil Price
100%
Oil Production
33%
Oil Reserves
33%
Petroleum Gas
33%
Pollution
33%
Price Increase
100%
Reserve Price
33%
Engineering
Bioenergy
25%
Bioenergy Crop
100%
Biofuel
25%
Climate Change
25%
Climatic Change
25%
Coming Year
25%
Electricity Production
25%
Engineering
100%
Fossil Fuel
100%
Greenhouse Gas
50%
Land Use
25%
Natural Gas
25%
Oil Exploration
25%
Oil Price
50%
Oil Production
25%
Oil Reserve
25%
Peak Oil
25%
Earth and Planetary Sciences
Bioenergy
100%
Biofuel
25%
Fossil Fuel
100%
Genetic Engineering
100%
Global Climate Change
25%
Greenhouse Gas Emission
50%
Land Use Change
25%
Natural Gas
25%
Oil Exploration
25%
Oil Production
25%
Agricultural and Biological Sciences
Bioenergy
100%
Biofuel
25%
Biotechnology
100%
Climate Change
25%
Forestry
25%
Fossil Fuel
100%
Greenhouse Gas
50%
Land Use Change
25%
Material Science
Biofuel
25%
Fossil Fuel
100%
Gas Emission
50%
Greenhouse Gas
50%
Natural Gas
25%
Oil Exploration
25%
Oil Production
25%
Chemical Engineering
Biotechnology
100%