Proceedings :: International Society of Precision Agriculture

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Hartschuh, J

Morgan, A

Jayasuriya, H

Larbi, P.A

Warren, J

Mennuti, D

Rocha, D

Bier, V

Waltz, L

Souza, W.J

Farooque, A.A

Frotscher, K.J

Seepersad, S

Bennett, S

Srinivasa Rao, C

Vigneault, P

Boardman, D.L

Hunsche, M

Wang, Y

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Authors

Srinivasa Rao, C

Rao, K

Magen, H

Venkateswarlu, B

Subba Rao, A

Tremblay, N

Vigneault, P

Bouroubi, M.Y

Dorais, M

Gianquinto, G.P

Tempesta, M

R, C

Rumpf, T

B, K

Hunsche, M

Pl, L

Noga, G

Dong, Y

Wang, Y

Song, X

Gu, X

Souza, E

Schenatto, K

Rodrigues, F

Rocha, D

Bazzi, C.L

Schenatto, K

Bazzi, C.L

Bier, V

Souza, E

Thompson, A

Boardman, D.L

Kitchen, N

Allphin, E

Sanchez, L.A

Klein, L.J

Claassen, A

Lew, D

Mendez-Costabel, M

Sams, B

Morgan, A

Hinds, N

Hamann, H.F

Dokoozlian, N

Leufen, G

Noga, G

Hunsche, M

Leufen, G

Noga, G

Hunsche, M

Vigneault, P

Tremblay, N

Bouroubi, M.Y

Belec, C

Fallon, E

McEntee, P

Bennett, S

Trotter, M

Belford, R

Harper, J

Arnall, D.B

Phillips, S

Penn, C

Watkins, P

Rutter, B

Warren, J

Frotscher, K.J

Schacht, R

Smith, L

Zillmann, E

Souza, W.J

Akune, V.S

Benez, S.H

Citon, L.C

Nakazawa, P.H

Santana Neto, A.J

Tremblay, N

Khun, K

Vigneault, P

Bouroubi, M.Y

Cavayas, F

Codjia, C

Larbi, P.A

Green, S

Seepersad, G

Sampson, T

Seepersad, S

Goorahoo, D

Bouroubi, Y

Bugnet, P

Nguyen-Xuan, T

Bélec, C

Longchamps, L

Vigneault, P

Gosselin, C

Khun, K

Vigneault, P

Fallon, E

Tremblay, N

Codjia, C

Cavayas, F

Jayasuriya, H

Al-Busaidi, A

Ahmed, M

Esau, T.J

Farooque, A.A

Abbas, F

Hennessy, P.J

Esau, T.J

Schumann, A.W

Farooque, A.A

Zaman, Q.U

White, S.N

Fulton, J.P

Hawkins, E

Shearer, S

Klopfenstein, A

Hartschuh, J

Custer, S

Capolicchio, J

Mennuti, D

Milani, I

Fortunato, M

Petix, R

Reyes Gonzalez, J

Sunkevic, M

Larbi, P.A

Waltz, L

Katari, S

Khanal, S

Dill, T

Porter, C

Ortez, O

Lindsey, L

Nandi, A

Waltz, L

Khanal, S

Katari, S

Hong, C

Anup, A

Colbert, J

Potlapally, A

Dill, T

Porter, C

Engle, J

Stewart, C

Subramoni, H

Machiraju, R

Ortez, O

Lindsey, L

Nandi, A

Topics

Precision Nutrient Management

Precision Horticulture

Modeling and Geo-statistics

Spatial Variability in Crop, Soil and Natural Resources

Precision Conservation Management

Precision Horticulture

Fluorescence Sensing for Precision Crop Management

Proximal Sensing in Precision Agriculture

Applications of UAVs (unmanned aircraft vehicle systems) in precision agriculture

Proximal Sensing in Precision Agriculture

Spatial Variability in Crop, Soil and Natural Resources

Remote Sensing Applications in Precision Agriculture

Decision Support Systems in Precision Agriculture

Unmanned Aerial Systems

Big Data, Data Mining and Deep Learning

Applications of Unmanned Aerial Systems

Decision Support Systems

Precision Horticulture

Big Data, Data Mining and Deep Learning

In-Season Nitrogen Management

Precision Agriculture and Global Food Security

Extension or Outreach Education of Precision Agriculture

Decision Support Systems

Artificial Intelligence (AI) in Agriculture

Type

Poster

Oral

Year

2012

2010

2014

2016

2018

2022

2024

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Filter results1 paper(s) found.
1. Selection Of Fluorescence Indices For The Proximal Sensing Of Single And Multiple Stresses In Sugar Beet The use of fluorescence indices for sensing the impact of abiotic and biotic stresses in agricultural crops is well documented in the literature. Pigment fluorescence gives a precise picture about the plant physiology and its changes following the occurrence of stresses. In general, alterations in such optical signals is caused either by the stress-induced accumulation of one or more fluorophores, or the degradation of specific molecules like chlorophyll. Unfortunately, many stresses... G. Leufen, G. Noga, M. Hunsche Download paper

Filter results1 paper(s) found.

1. Selection Of Fluorescence Indices For The Proximal Sensing Of Single And Multiple Stresses In Sugar Beet

The use of fluorescence indices for sensing the impact of abiotic and biotic stresses in agricultural crops is well documented in the literature. Pigment fluorescence gives a precise picture about the plant physiology and its changes following the occurrence of stresses. In general, alterations in such optical signals is caused either by the stress-induced accumulation of one or more fluorophores, or the degradation of specific molecules like chlorophyll. Unfortunately, many stresses... G. Leufen, G. Noga, M. Hunsche

Download paper