| Guangzhou Pond Feeding Trial Demonstrates Channel Catfish Production with Soy-Based Feed |
| Second Year Largemouth Bass Growth Performanceon a High Soy Inclusion Feed |
| ASA-IM 80:20 Technology and Soy-Based Feed Produce Significantly Higher Fish Production and Profit than a Traditional Chinese Polyculture System for Pond Production of Grass Carp |
| Soy Protein Concentrate as a Replacement for Fishmeal in the Fingerling Diet for Common Carp, Grass Carp, Tilapia and Channel Catfish |
| Feeding Trial Demonstrates Efficiency of Soy-Based, High Protein Feed for Production of 2-Kg Black Carp |
| Songpu
Variety Common Carp Exhibit Rapid Growth on Soy-Based Diet in Harbin
Feeding Trial |
| Largemouth
Bass Produced with Soy Inclusion Marine Fish Feeds in Shanxi ASA-IM
Trial |
| Grass
Carp Exhibit Excellent Growth and Feed Conversion on Cost Efficient,
Soy-Based Diet |
| Comparison
of ASA-IM 80:20 and Traditional Polyculture Technologies for Pond
Production of Grass Carp |
| Channel
Catfish Exhibit Rapid Growth on Soy-Based Feed in Nanjing Pond Feeding
Trial |
| Demonstration
of the ASA-IM 80:20 Technology for Producing Channel Catfish at
the Extension Center Fish Farm in Anhui Province |
| Guangzhou
Pond Feeding Trial Demonstrates Channel Catfish Fingerling Production
with Soy-Based Feeds |
| Feeding
Trials Demonstrate Effectiveness of Soy-Based, High Protein Feed
for Black Carp Production |
| Feeding
Trials Evaluate Feed-based Production of Bighead Carp |
| Production
of Red Tilapia in Ponds in Beijing with Soy-Maximized, Extruded
Feed |
| Red
Tilapia Production in Ponds from Fry to Market Size with Soy-Based
Feeds |
| Use
of a Soy-Maximized Feed for the Production of Pacu Piractus branchypomum |
| Production
of Hybrid Tilapia in Ponds in Guangzhou with a Soy-Maximized, Extruded
Feed |
| Grass
Carp Production with Soy-Maximized Feed |
| Pond
Production of Black Carp Fingerlings with Soy-Maximized Feeds in
Anhui Province, China |
| Grass
Carp Production in LVHD Cages with A Soy-Based Feed: Guangxi Province |
| Channel
Catfish Fingerling Production in Ponds with Soy-Based Feeds and
80:20 Pond Technology: Jiangxi Province |
| Black
Carp Fingerling Production with Soy-Maximized Feeds |
| Pond
Production of Black Carp Fingerlings with Soy-Maximized Feeds in
Anhui Province, China |
| Wuchang
Bream Production with Soy-Based Feed and 80:20 Pond Technology:
Shenyang |
| Wuchang
Bream Production with Soy-Based Feed and 80:20 Pond Technology:
Changzhou |
| Pangasius
Catfish Production in Ponds from Fry to Market Size with Soy-Based
Feeds |
| Pacu
Fingerling Production with Soy-Based Feeds: Nanjing |
| Channel
Catfish Production in Ponds with Soy-Based Feed and 80:20 Pond Technology:
Jiangxi Province |
| Bigmouth
Buffalo Fingerling to Market Growth Performance in Ponds in Harbin
on a Soymeal-Based Feed |
| Channel
Catfish Fry to Fingerling Growth Performance in Anhui with Soymeal-Based
Feeds |
| Crucian
Carp Fingerling to Market Growout in Chengdu with a Soymeal-Based
Diet |
| Fry
to Fingerling Growth Performance of Two Strains of Crucian Carp
Fed Soymeal-Based Feeds |
| Grass
Carp Fingerling to Market Growth Performance in Ponds in Harbin
on a Soymeal-Based Feed |
Growth
Performance of Grass Carp Fed a Low-Fat, High Fiber Feed Formulated
With Soybean Meal and Soy Hulls As the
Primary Protein and Fiber Sources |
| Second
Generation Growth Performance of ‘Texas Select’ Strain
Channel Catfish Fry with Soy-Based Feeds |
| Wuchang
Bream (Megalobrama amblycephala) Fry to Fingerling Growth Performance
on Soymeal-Based Feeds |
| Production
of Channel Catfish in Anhui Using the ASA 80:20 Pond Model and an
All-Plant Protein, Soymeal-Based Aquafeed |
| Fingerling
to Market Growth Performance of Second Generation Texas Select Channel
Catfish on Soy-Based Feed |
| Results
of Mass Selection of Crucian Carp Based on Female Crucian Carp Size:
Fry to Fingerling Growth Performance |
| Fingerling
to Market Growth Performance of Second Generation Texas Select Channel
Catfish on Soy-Based Feed |
| Results
of Mass Selection of Crucian Carp Based on Female Crucian Carp Size:
Fry to Fingerling Growth Performance |
Grass
Carp Performance on a Low Fat, High Fiber Feed Formulated With Soybean
Meal and Soy Hulls as the Primary Protein
and Fiber Sources |
Production
of Longnose Catfish (Leiocassis longirostris) Fingerlings in Beijing
Using the ASA 80:20 Pond Model and
Soymeal-Based Feeds |
| Mirror
Carp Fry to Fingerling Growth Performance in Ponds in Harbin with
Soymeal-Based Feeds |
| Fingerling
to Market Growth Performance of Wuchang Bream on Two Soy-Based Aquafeeds |
| 1995
and 1996 80:20 Pond Field Trials with Crucian Carp, Pacu, Tilapia
and Wuchang Carp |
| 80:20
Pond Growth Performance of Hybrid Tilapia on Soybean Meal-Based
Diets |
| Three
Year, Fry to Brooder Growth Performance of Texas Select Strain Channel
Catfish on Soy-Based Diets |
| Results
of a Hybrid Wuchang Bream (Megalobrama hoffmanni) Pond Trial with
an Extruded, Soy-Based Feed |
| Grass
Carp Growth Performance from Fingerling to Market Size with a Soy-Based
Diet |
| Crucian
Carp Growth Performance from Fingerling to Market Size with a Soy-Based
Diet |
| Results
of a Bigmouth Buffalo Fry to Fingerling Feeding Demonstration in
Harbin |
| Grass
Carp Fry to Fingerling Growth Performance with Two Soy-Based Feed
Regimes |
| Pond
Production of Common Carp in Shenyang with Soy-Based Feed |
| Crucian
Carp Fingerling Production in Ponds in Harbin Using Soy-Based Feeds
and Zero Water Exchange Technology |
| Results
of Mass Selection of Crucian Carp Based on Female Crucian Carp Size:
Fingerling to Market Growth Performance |
| Pond
Production of Grass Carp in Anhui, China with a 66% Soy Product
Feed |
| Mirror
Carp Fingerling to Market Production in Ponds in Harbin with Soy-Based
Feeds |
| Pangasius
Catfish Production in Ponds with Soy-Based Feeds |
| Pacu
Piractus branchypomum Production in Ponds with Soy-Based Feeds |
| Pond
Production of Wuchang Bream Fingerlings with Soy-Based Feeds |
| Tilapia
Production in Ponds with Soy-Based Feed |
| Growth
Performance of Tilapia in Earthen Ponds Using the ASA Feed-Based
Technology with Soy Maximized Feed |
